Vocabulary in civil engineer.docx
Transcript of Vocabulary in civil engineer.docx
ENGLISH IN CIVIL ENGINEER
ENGLISH VIETNAMESE
7 wire strandCp xon 7 si
AbacTon
Abrahams conesKhun hnh chp ct o st b tng
Abrasion DamageH hng do mi mn
Abrasive actionTc ng mi mn
Abrasive paperGiy rp
Abutment, end supportM cu
AccelerantCht lm tng nhanh qu trnh
Accelerated testTh nghim nhanh
Accelerating AdmixturePh gia tng tc,PG tng nhanh ninh kt
Acceleration due to gravityGia tc trng trng
Accelerator, Earlystrength admixturePh gia tng nhanh ha cng b tng
AcceptanceNghim thu
AccessoriesPh tng
Accidental airKh c ,kh c hi
Accidental combinationT hp tai nn (c bit)
Accuracy (of test) chnh xc (th nghim)
ActionTc dng, tc ng
ActivatorCht hot ha
Active crackVt nt hot ng
Activity of cement hot ho xi mng
Actual construction time effectifThi hn thi cng thc t
AdditionalB xung, thm vo
Additional dead loadTnh ti b xung sau
AddtiveCht n, Cht ph gia
AdhesionS dn dnh
AdhesivesDn dnh
Adjudication, Biddingu thu
Adjustmentiu chnh, cn chnh cho ng
Adsorbed waterNc hp th
AdsorptionHp th
Advanced composite materialVt liu composit tin tin
Aercdynamic Stability of bridgen nh kh ng lc ca cu
After anchoringSau khi neo xong ct thp d ng lc
After crackingSau khi nt
After sale serviceDch v sau khi bn hng
Age of loadingTui t ti
AgentCht ho hc
AggregateCt liu
Aggregate blendingTrn ct liu
Aggregate contentHm lng ct liu
Aggregate gradationCp phi ct liu
Aggregate interlockS ci vo nhau ca ct liu
Aggregate, crusher-runCt liu (si )
Aggregate-cement ratioT l ct liu / xi mng
Agitating speedTc khut trn
Agitating truckXe trn v chuyn ch
AgitationS khuy trn
AgitatorMy trn
Agitator ShakerMy khuy
AgressivityTnh n mn
Agressivity, AgressiveXm thc
Air caissonGing chm hi p
Air contentHm lng kh
Air entrainingS cun kh
Air entrainmenthm lng cun kh
Air meterMy o lng kh
Air temperatureNhit khng kh
Air voidBt kh
Air-cooled blast-furnace slagX l cao c ngui trong khng kh
Air-entraining agentPh gia cun kh
Air-entraining agentPh gia cun kh
Air-permeability testTh nghim thm kh
Air-water jetVi phun nc cao p
Alignment wiresi thp c nn thng
AlkaliKim
Alkali-aggregate reactionPhn ng kim- ct liu
Alkali-silica reactionPhn ng kim-silicat
Allowable loadTi trng cho php
allowable Load,Ti trng cho php
Allowable stress designThit k theo ng sut cho php
Allowable stress designTnh ton theo ng sut cho php
Allowable stress, Permissible stressng sut cho php
Allowavle bearing capacityKh nng chu lc cho php
AlloyHp kim
Alloy(ed) steelThp hp kim
Alluvial soilt ph sa, t bi tch
Alluviont bi, ph sa
AltenateSo le
Altenative,OptionPhng n
Altitude cao, Cao trnh
Alumiante concreteB tng aluminat
Aluminate cementXi mng aluminat
Aluminous cementXi mng aluminat
Aluminum bridgeCu bng nhm
Amount of mixingKhi lng trn
AmplitudeBin
Amplitude of stressBin bin i ng sut
Analyse (US: analyze)Phn tch; Gii tch
AnchorNeo
Anchor blockKhi neo
Anchor boltBu lng neo
Anchor boltBu lng neo
anchor boltBu lng neo
Anchor by adherenceNeo nh lc dnh bm
Anchor plateBn ca mu neo, Bn neo
Anchor sliding tt ca nt neo trong l neo (sau khi ng cht nt neo)
Anchor sliding trt trong mu neo ca u ct thp
Anchor slippingTt li ca nt neo
Anchor spanNhp neo
Anchor, gormNeo
AnchorageMu neo
Anchorage blockKhi neo,u neo (c l chm vo,t vo neo)
Anchorage bond stressng sut dnh bm neo
Anchorage deformation or seatingBin dng ca neo khi d ng lc t kch truyn vo mu neo
Anchorage DeviceThit b neo
Anchorage deviceThit b neo
Anchorage lengthChiu di on neo gi ca ct thp
Anchorage lossMt mt d ng sut ti neo
anchorage Loss ,Mt mt d ng sut do tt neo
Anchorage regionKhu vc neo
Anchorage seatingBin dng ca neo khi d ng lc t kch truyn vo mu neo
Anchorage spacingKhong cch gia cc mu neo
Anchorage zoneVng t mu neo, vng neo
Anchored bulkhead abutment M neo
Anchoring deviceThit b neo gi
Anchoring plugNt neo (chm trong mu neo d ng lc)
Angle of interior frictionGc ma st trong
Angle of reposeGc ngh
Angular aggregateCt liu nhiu gc cnh
angular coarse aggregatect liu th c nhiu gc cnh
Annual ambient relative humidity m tng i bnh qun hng nm
Apparent defectKhuyt tt l ra (trng thy c)
Application fieldLnh vc p dng
Application of live loadXp hot ti
Application of lived load on deck slabt hot ti ln mt cu
Approach embankment ng p dn ln cu
Approach roadng dn
Approach roadwayng dn vo cu
Approach spanNhp dn
Approach spanCu dn
Approach viaductCu dn
Approaches, appwoch roadng dn vo cu
ApprovalTha thun (chun y)
Approved total investment costVn u t tng cng c chp thun
Approximate ...Gn ng
approximate analysis Phn tch theo phng php dn ng
approximate formularCng thc gn ng
Approximate load Ti trng gn ng
Approximate valueTr s gn ng
ApronSn cng
AqueductCu mng
AqueductCu mng
ArchVm
Arch actionTc ng vm, hiu ng vm
Arch axisng trc vm
Arch culvertCng vm
Arch ribSn vm
Arched bridgeCu vm
Arched cantilerver bridgeCu vm hng+B298
Architectural concreteB tng kin trc
Area of cross section (cross sectional area)Din tch mt ct
Area of nominalDin tch danh nh
Area of reinforcementDin tch ct thp
Area of steelDin tch thp
Arenaceousct pha
Argillaceousst, t pha st
Arrangement ...B tr
Arrangement of longitudinales renforcement cut-outB tr cc im ct t ct thp dc ca dm
Arrangement of reinforcementB tr ct thp
artificially graded aggregatect liu c phn c ht
Asbestos-cement productsn phm xi mng-aming
Ashlar hc xy
Askew bridgeCu xin, cu cho gc
Asphal overlayLp ph nha ng
AsphaltNha ng t-phal
Asphaltic concreteB tng nha.;B tng asphal
Aspiring pump, Extraction pumpBm ht
Assumed temperature at the time of erectionNhit gi nh lc lp rp
ASTMTiu chun Hoa k v th nghim v vt liu
At mid span gia nhp
At quarter point 1/4 nhp
Atmospherec-pressure steam curingBo dng hi nc p lc kh quyn
Atmospheric corrosion resistant steelThp chng r do kh quyn
AttachmentCu kin lin kt
Atterberg limitsCc gii hn Atterberg ca t
Atterberg testTh nghim cc ch tiu Atterberg
Auger-cast piles Cc khoan- nhi
Autoclave curingBo dng trong thit b chng hp
Autoclave cycleChu k chng hp
Automatic batcherTrm trn t ng
Automatic design programChng trnh thit k t ng
Automatic design softwareChng trnh thit k t ng
Auxiliary bridgeCu ph, cu tm thi
Auxiliary reinforcementCt thp ph
auxiliary ReinforcementCt thp ph
AverageTrung bnh
Average bond stressng sut dnh basm trung bnh
Average stressng sut trung bnh
Axial compression Nn ng tm
Axial forceLc dc trc
axial reinforcing barsThanh ct thp dc trc
Axial tension Ko dc trc
Axially loaded columnCt chu ti ng tm
Axle LoadTi trng trc xe
Axle loadTi trng trc xe
Axle loading, Axle loadTi trng trc
Axle spacingKhong cch gia cc trc xe
Axle-steel reinforcementCt thp dc trc
Bach mixerMy trn
Bach plantTrm trn
Back fill behind abutmaitt p sau m
BackfillKhi t p (sau m sau tng chn)
Backfill concreteB tng chn lp ke h
backwater Ch nc ng, nc xoy ngc
Bacterial corrosionn mn do sinh vt
Bag (of cement; also sack)Bao ng ( xi mng)
Balanced loadTi trng cn bng
Balanced momentMomen cn bng
Balanced reinforcementCt thp cn bng
Balanced strain conditioniu kin cn bng ng bin
Balasted reiforced concrete gleckMt cu BTCT c balt
Ball millMy nghin bi
Ball testTh nghim bi
Bar (reinforcing bar)Thanh ct thp
Bar benderMy un ct thp
Bar matLi thanh thp
Bar scheduleS tin kiu ngang
Bar spacingC ly gia cc thanh ct thp
Bar supportMing k thanh ct thp
Barragep chn nc
Barrel (of cement)Thng trn
barrierRo chn, Thanh chn
Bascule bridgeCu di ng ( cu quay,cu nhc)
Base coatLp sn lt, lp sn nn
Base courseLp mt nn
Base line C tuyn
Base plateTht di (c nh) ca gi
Base plateTm
Basic assumptionGi thit c bn
Basic combinaisonT hp c bn (chnh)
Basic creepT bin c bn
Basic load combination T hp ti trng c bn
basic technical standards Tiu chun k thut c bn
BatchM trn
Batch weightsTrng lng m trn
Batched waterNc trn
BatcherThit b ong v np liu
Batching PlantTrm trn b tng
Bateau bridgeCu phao, cu ni
BattenVn lt
Batter pileCc nghing
BayNhp , khu , khong trng
BayouNhnh sng
BeamDm
Beam bottomy dm
Beam bridgeCu dm
Beam formVn khun dm
Beam form-clampB g kp gi vn khun dm
Beam hangerThanh treo dm
beam haunch Nch dm, vt dm
Beam of constant depthDm c chiu cao khng i
Beam reinforced in tension and compressionDm c c ct thp chu ko v chu nn
Beam reinforced in tension onlyDm ch c ct thp chu ko
Beam spanning Nhp dm
Beam testTh nghim dm
Beam theoryL thuyt dm
Beam-slab bridgesCu dm bn
BearingGi cu
Bearing areaDin tch ta (p mt)
Bearing capacityKh nng chu ti
Bearing capacity of the foundation soilsKh nng chu ti ca t nn
Bearing plate mu neo d ng lc
Bearing stress under anchor platesng sut ta (p mt) di bn mu neo
Bed plateB phn phi lc
BeddingMng cng
Before anchoringTrc khi neo ct thp d ng lc
Bending crackVt nt do un
Bending momentM men un
Bending moment per unitM men un trn 1 n v chiu rng ca bn
Bending stressng sut un
Bending-moment diagramBiu m men un
Bent barThanh ct thp un
BentoniteVa st
Bent-up barCt thp un nghing ln
Betonnite lubricated caissonGing chm o va st
between steel and concreteGia thp v b tng
Biais buse ...Cng cho, cng xin
biaxial eccentrical compressionNn lch tm theo 2 trc
Bicycle railingHng ro chn bo v ng xe p trn cu
Bill of materialsTng hp vt t
BindersCht kt dnh,va xy
BitumenBi tum
Bitumen coatingSn ph lp bitum
Bituminous concrete,asphalt concreteB tng bitum,b tng nha
Bituminous cementXi mng bitum
Biturninous masticMt tt bi tum
BleedingTch nc
Bleeding capacityKh nng phn tng, kh nng tch nc
Bleeding rateMc tch nc
Blended cementXi mng pha trn
BlisteringRp phng
BloatedB trng phng
BoltBu lng
Bolted constructionKt cu c lin kt bng bu lng
Bolted spliceLin kt bu lng
BondDnh bm
Bond areaDin tch dnh bm
Bond lengthChiu di dnh bm
Bond strengthCng dnh bm
Bond stressng sut dnh bm
Bond transfer lengthChiu di truyn lc nh dnh bm
Bond, Bonding agentCht dnh kt
Bonded tendonCt thp d ng lc c dnh bm vi b tng
Bonding AgentPh gia tng dnh bm
Bonding agentCht kt dnh, keo dn
Bonding LayerLp kt ni
Bonding layerLp kt dnh, lp keo dn
Bore pileCc khoan
Bored cast-in-place pileCc khoan nhi
Bottom fiberTh di
Bottom flanger,Bottom slabBn cnh di
Bottom lateralThanh ging cho mc h ca dn
Bottom reinforcementCt thp bn di (ca mt ct)
Bottom road bridgeCu (c ng xe) chy di
Bottom slab of box girderBn y ca dm hp
Bowstring arch bridgeCu vm c thanh cng(vm-dm kt hp)
Box culvertCng hp
Box girderDm hp
Box girderDm hp
Braced memberThanh ging ngang
BracingGing gi
Branch lineTuyn nhnh
BridgeCu
Bridge builderK s cu
Bridge composed of simple span precast prestressed grider made continues prefabriquesCu lin tc c ghp t cc dm gin n c sn
Bridge deckKt cu nhp cu, mt cu
Bridge deckBn mt cu
Bridge design for one traffic laneCu cho mt ln xe
Bridge design for two or more traffic lanesCu cho 2 hay nhiu ln xe
Bridge endu cu
Bridge engineeringK thut cu
Bridge floor, Decking systemH mt cu
Bridge loacationChn v tr xy dng cu
Bridge location, Bridge positionV tr cu
Bridge on curveCu cong
Bridge on slopeCu dc
Bridge project design stagesCc giai on thit k d n cu
Bridge Rehabilitationi tu cu; khi phc cu
Bridge span nhp cu
Bridge test resultKt qu th nghim cu
Bridge typeKiu cu
BridgingBc cu, thanh ging chng
BriquetteMu th hnh s 8 th ko
BucklingMt n nh do un dc
Buckling lenghChiu di un dc
BufferB gim chn
Built-in beamDm ngm 2 u
BuoyancyLc y ni
Buoyancy effectHiu ng thy triu
Buried abutment M vi
Bursting concrete stressng sut v tung ca b tng
Bursting in the region of end anchorageV tung vng t neo
Buse ...Cng
Buttressed wallTng chn c cc tng chng pha trc
By-passng trnh, ng vng trnh
CableCp d ng lc, Dy cp
Cable dispositionB tr ct thp d ng lc
Cable passingLun cp qua
Cable stayed bridgeCu dy vng
Cable traceng trc cp
Cable trace with segmental lineng trc cp gm cc on thng
Cable-stayed bridgeCu dy xin
Cable-stayed bridgesCu dy xin
CaissonGing chm
Caisson on temporary cofferdamGing chm p o
Calcium-aluminate cementXimng aluminat-calxi
Calculating noteBn ghi chp tnh ton, Bn tnh
Calculation dataD liu tnh ton
Calculation exampleV d tnh ton
Calculation stressng sut tnh ton
Camber vng ngc
CampCu tm
Canlilever cosntruction methodPhng php thi cng hng
CantileverHng, phn hng
Cantilever beamDm hng
Cantilever bridgeCu dm hng
Cantilever dimension vn hng
CapX m,b
CapacityKh nng, Sc cha
Capacity reduction factorH s gim kh nng
Carbon steelThp cc bon (thp than)
CarbonationCc-b-nt ho
Carbonation shrinkageCo ngt do cc-b-nt ho
CarriagewayPhn xe chy ( trong mt ct nga+B60+B5837ng cu)
Cast in many stage phrases b tng theo nhiu giai on
Cast in placec b tng ti ch
Cast in situ place concreteB tng c ti ch
Cast in situ structure (slab, beam, column)Kt cu c b tng ti ch (dm, bn, ct)
Cast ironGang c
Cast steelThp c
Casting scheduleThi gian biu ca vic b tng
Cast-in-placec ti ch
Cast-in-place concreteB tng c ti ch
Cast-in-place concrete caissonGing chm b tng c ti ch
Cast-in-place concrete pileCc c b tng ti ch
Cast-in-place, posttensioned bridgeCu d ng lc ko sau c b tng ti ch
Cast-in-situc ti ch
Cast-in-situ flat place slabBn mt cu c b tng ti ch
Cathodic protectionBo v catt
CauplingNi ct thp d ng lc
Cause for deterioratioNguyn nhn h hng
CementXi mng
Cement contentHm lng xi mng
Cement paintSn xi mng
Cement pasteVa xi mng
Cement plasterVa trt xi mng
Cement rock xi mng
Cement, shrinkage-compensatingXi mng b co ngt
Cement, slagXi mng x
Cement, sulfate-resistantXi mng bn sunphast
Cement, whiteXi mng trng
Cementation processQu trnh xi mng ho
CementitiousC tnh xi mng
Cement-sand grout pour injectionVa ximng ct tim (pht)
Center lineng trc, ng tim
Center of gravityTrng tm
Center spiralLi hnh xon c trong b si thp
Centering,false work gio treo, gin gio
Centifical pump, Impeller pumpBm ly tm
Centifugal forceLc ly tm
Central mixerTrm trn trung tm
Centre lineTim ng
Centred prestressingD ng lc ng tm
Centrifugal forceLc ly tm
Centring, scafoldingDn gio
Centroid liesTrc trung tm
Chain bridgeCu dy xch
ChangeThay i
Characteristic strengthCng c trng
ChargingCht ti
Checking concrete qualityKim tra cht lng b tng
ChekingKim tra
Chemical admixturePh gia ha cht
Chemical bondCht kt dnh ho hc
Chemically prestressed concreteB tng to d ng lc bng ho hc
Chemically prestressing cementXi mng to d ng lc bng ho hc
Chillid steelThp ti
Chloride penetrationThm cht cloride
ChordThanh bin dn
circular archVm trn
Circular sectionMt ct hnh nhn
Circular sliding surfaceMt trt trn
Class (of concrete)Cp ca b tng
Class of loadingCp ca ti trng
ClassifyPhn loi, Phn cp
Clayt st
Clay contentHm lng st
Clear spanKhong cch trng (nhp trng)
ClearanceTnh khng (khong trng)
Clearance Tnh khng
Clearance above bridge floor Tnh khng mt cu
Clearance for navigationKh gii hn thng thuyn
Clearance of span Tnh khng di cu
Climbing formVn khun leo
ClinkerC lanh ke
Cloar spanNhp tnh khng
Closed lengthChiu di kch khi khng hot ng
ClosureHp long
Closure jointMi ni hp long (on hp long)
coarse aggregateCt liu th
Coarse AggregateCt liu th ( , si)
Coarse aggregateCt liu th
Coarse-aggregate factorH s ct liu th
Coated barCt thp c sn ph
CoatingVt liu ph bo v ct thp DL khi r hoc gim ma st khi cng ct thp
Cobble, ashalar stone hc, xy
Code, Standart, SpecificationTiu chun
Coefficient of roughnessH s nhm
Coefficient of scouringH s xi
Coefficient of sliding frictionH s ma st trt
Coefficient of thermal exspansionH s dn di do nhit
Coefficient of variationH s bin sai
Cofferdam quai (ngn nc tm)
Cohesionless soil, granular materialt khng dnh kt, t ri rc
Cohesive soilt dnh kt
Cold-drawn WireSi thp ko ngui
cold-drawn wire ReinforcementCt thp ci ko ngui
cold-worked steel ReinforcementCt thp gia cng ngui
ColumnCt
Column pier Tr kiu ct
Combined bridgeCu i chung(ch0 -t v tu ho)
Combined dead, live and impact stressng sut do t hp tnh ti, hot ti c xt xung kch
Compact eartht cht
Compacted sandCt cht
Compacting factorH s m ln
Compactionm ln
Compactness cht
Company, corporationCng ty ; tng cng ty
Compatability of strainsTng thch bin dng
Competition, Competing, CompetitiveCnh tranh
Component, expansiveThnh phn
Composite beam bridgeCu dm lin hp
Composite bridgesCu lin hp
Composite columnCt lin hp
Composite concrete flexural membersCu kin b tng lin hp chu un
Composite constructionKt cu lin hp
Composite flexural memberCu kin lin hip chu un
Composite memberCu kin lin hp
Composite pileCc lin hp
Composite prestressed structureKt cu d ng lc lin hp
Composite sectionMt ct lin hp
Composite steel and concrete structureKt cu lin hp thp b tng ct thp
Compremed concrete zoneVng b tng chu nn
compression concreted zoneVng b tng b nn
Compression flangeBn cch chu nn
compression FlangeBn cnh chu nn
Compression flange of T-girderChiu rng bn chu nn ca dm T
Compression MemberCu kin chu nn
Compression memberCu kin chu nn
Compression memberCu kin chu nn
compression ReinforcementCt thp chu nn
Compression reinforcementCt thp chu nn
Compression testTh nghim nn
Compressive strengthCng chu nn
Compressive strength at 28 days ageCng chu nn 28 ngy
Compressive stressng sut nn
Computed strength capacityKh nng chu lc tnh ton c
Concentrated forceLc tp trung
Concentrated loadTi trng tp trung
Concentric tendonsCp d ng lc lch tm
Concordant tendonsCp d ng lc thng thng
ConcreteB tng
Concrete age at prestressing timeTui ca b tng lc to d ng lc
Concrete blockKhi b tng
Concrete brickGch b tng
Concrete compositionThnh phn b tng
Concrete coverB tng bo h (bn ngoi ct thp)
Concrete finishing machineMy hon thin b mt b tng
Concrete hardningDurcissement du beton
Concrete hingeCht b tng
Concrete masonry Khi xy b tng
Concrete paverLp ph mt ng bng b tng
Concrete pileCc b tng
Concrete proportioningCng thc pha trn b tng
Concrete pumpBm b tng
Concrete riprap Neo ch ng
Concrete stress at tendon levelng sut b tng th t cp d ng lc
Concrete surface treatementX l b mt b tng
Concrete test hammerSng bt ny th cng b tng
Concrete thermal treatementX l nhit cho b tng
Concrete unit weight, density of concreteTrng lng ring b tng
Concrete, (mortar or grout), self-stressingB tng t d ng sut
Concrete-filled pipe pileCc ng thp nhi b tng lp lng
Condensed silica fumeMui silic m c
Condition of curingiu kin dng h b tng
Cone boltBu-lng hnh cn
Conic holeL hnh chp ct
connect by hingeNi khp
Connecting anglethp gc lin kt
ConnectionGhp ni
Connection strand by strandNi cc on cp d ng lc ko sau
ConnectorNeo (ca dm thp lin hp bn BTCT)
considered inclined sectionMt ct nghing c xt
Considered sectionMt ct c xt
ConsolidationC kt
ConsolidationS c kt
constant - depth members Cu kin c chiu cao khng i
constant alongthe span... Khng thay i dc nhp
ConstructionXy dng
Construction workCng trnh
Construction and operation.Xy dng v vn hnh
Construction Codes Quy chun xy dng
Construction compositeCht composit xy dng
Construction costGi thnh thi cng
Construction design.Thit k thi cng
Construction documentH s thi cng
Construction equipmentThit b thi cng
Construction height of bridgeChiu cao kin trc ca cu
Construction jointKhe ni thi cng
Construction loadTi trng thi cng
Construction materialVt liu xy dng
Construction SequenceTrnh t thi cng
Construction solutionsGii php xy dng
Construction Standards Tiu chun xy dng
Construction successive stage(s)(Cc) Giai on thi cng ni tip nhau
Consulting engineerK s t vn
ContactTip xc
Contact areaDin tch tip xc
Contact pressurep lc tip xc
Contact spliceMi ni chng tip xc
Contact surfaceB mt tip xc
Content, DosageHm lng
Continuity factorH s xt n tnh lin tc ca cc nhp
Continuosly reinforced pavementMt ng c ct thp lin tc
Continuous beamDm lin tc
Continuous beam bridge Cu dm lin tc
Continuous footingB mng lin tc
continuous GradingCp phi lin tc
Continuous granulametryCp phi ht lin tc
Continuous mixerMy trn lin tc
Continuous slab deckKt cu nhp bn lin tc
Continuous spanNhp lin tc
Contract, agreementHp ng
ContractionCo ngn li
Contraction jointKhe co
Contraction, shrinkageCo ngt
Contraction-joint groutingTim va vo khe co
ContractorNgi nhn thu, nh thu (bn B)
Control jointKhe kim tra
Control, checkingKim tra (kim ton)
Controlled low-strength materialsVt liu cng thp c kim sot
Conventional bridgeCu thng thng
Conventional concrete deckMt cu b tng thng thng
Conventional designThit k thng thng
Conventional elasticity limitGii hn n hi qui c
Conventional retaining wallsTng chn thng thng
Conventional valueTr s qui c
ConveyerBng truyn
CoordinateTa
CoreLi b tng th ( khoan ly t kt cu)
Core testTh li b tng
Cored beamDm b khoan ly li th
Coringkhoan ly li th b tng
Corner connectorNeo kiu thp gc
corner ReinforcementCt thp gc
Corroded reinforcementCt thp b r
Corrosionr, n mn
Corrosion fatigueR mi
Corrosion inhibitorCht hm r
Corrosive agentCht xm thc
Corrosive environment agressiveMi trng n mn
Counterfort wallTng chn c cc tng chng pha sau
Counterpoiser, Counterbalancei trng
CouplerB ni ni cc ct thp d ng lc
Coupler (coupling)Mi ni cp d ng lc ko sau
CoupleurB ni cc on cp d ng lc ko sau
Courbature cong
CourseGio trnh (kha hc)
CoverLp ph
Cover blockKhi ph, khi bao che bn ngoi
Cover plateBn thp ph ( phn bn cnh dm thp)
Covering materialVt liu bao ph
Cover-meter, Rebar locatorMy o lp b tng bo h ct thp
Cover-plateBn ni p, bn m
CrackVt nt
Crack in developementVt nt ang pht trin
Crack opening, Crack width m rng vt nt
Crack width rng vt nt
crack-control ReinforcementCt thp chng nt
Crack-control reinforcementCt thp chng nt
Cracked concrete sectionMt ct b tng b nt
Cracked stateTrng thi c vt nt
CrackingNt
Cracking limit stateTrng thi gii hn v m rng vt nt
Cracking limit state Trng thi gii hn hnh thnh vt nt
Cracking LoadTi trng gy nt
Cracking loadTi trng gy nt
Cracking momentM men gy nt
Cracking stressng sut gy nt
Cradle blockKhi k m
Cramp, Cramponinh a
CraneCn cu
CreepT bin
Creep testTh nghim t bin
Croa headX m (ca tr, m)
cross - sectional areaDin tch mt ct
cross - sectional dimentions Kich thc mt ct
Cross bracingThanh lin kt ngang
Cross jointKhe ngang
Cross sectionMt ct ngang
Cross section at mid spanMt ct gia nhp
Cross sectional area Din tch mt ct
Cross tunnel Hm ngang
Crossfall,cross slope dc ngang
crushed rock aggregateCt liu dm
Crushed Stone dm
Crushed stone, Crusher dm
Crushing machineMy nn mu th b tng
CrystallizeKt tinh
Cube strengthCng khi vung
CulvertCng , ng cng
CulvertCng
Culvert headCa cng
Curb va (chn va h trn cu)
Cure to cure, curingDng h b tng mi xong
CuringBo dng b tng trong lc ha cng
Curing agent, Cht bo dng
Curing CompoundCht bo dng
Curing cycleChu k bo dng
Curing MembraneMng bo dng b tng
Curing membraneMng bo dng
Curing temperatureNhit dng h b tng
Curvature frictionMa st cong
Curveng cong, on tuyn cong
Curved failure surfaceMt ph hoi cong
Cut back bitumenBi tum lng
Cut pile headCt u cc
Cutting machineMy ct ct thp
Cycle pathng cho xe p
Cylinder strengthCng lng tr ( ca b tng)
Cylinder, Test cylinderMu th b tng hnh tr
Damage (local damage)H hng (h hng cc b)
DataD liu (s liu banu)
Dead endu neo cht ( khng ko cng)
Dead load Tnh ti
Dead to live load ratioT l gia tnh ti v hot ti
dead-end Anchorageu neo cht ( khng ko cng)
Dead-end anchorageMu neo cht ( khng ko cng)
De-bondingBong dn
Decision of establishingQuyt nh thnh lp
DeckKt cu nhp cu, Mt cu
Deck bridgeCu c ng xe chy trn
Deck bridge Cu i trn
Deck panelKhi bn mt cu c sn
Deck plate girderDm bn thp c ng xe chy trn
Deck slab, deck plateBn mt cu
Deck-Truss interactionTc ng tng h h mt cu vi dn
Decompression limit stateTrng thi gii hn mt nn
Deep foundationMng su
Definitive evaluationGi tr quyt ton
Deflection vng
Deflection calculationTnh ton do vng
Defledted tendonsCp d ng lc b vng
DeformationBin dng
Deformation calculationTnh ton bin dng
Deformation due to Creep deformationBin dng do t bin
Deformed barCt thp vn, ct thp c g
Deformed bar, deformed reinforcementCt thp c g (ct thp gai)
Deformed plateBn thp c g
deformed ReinforcementCt thp vn, ct thp c g
Deformed reinforcementCt thp c dnh bm cao (c g)
Deformed tie barCt thp ai c g
DegradationSuy thoi (lo ha)
Delayed actionTc dng lm chm li
dense aggregatect liu cht
Density of materialT trng ca vt liu
DepthChiu cao
Depth of beamChiu cao dm
depth varried Chiu cao thay i
DescriptionM t
DesignThit k
Design assumptionGi thit tnh ton
Design floodL thit k
Design frequency Tn sut thit k
Design laneLn xe thit k
Design lane loadTi trng ln xe thit k
Design LoadTi trng thit k
Design loadTi trng thit k
Design NotesGhi ch thit k
Design speedTc thit k
Design strengthCng thit k
Design stressng lc tnh ton
Design stressng sut thit k
Design stress cyclesChu k ng sut thit k
Design truck Xe ti thit k
Design truck or design tandemXe 2 trc thit k
Design volumLu lng thit k
Design water levelMc nc thit k
Design water level Mc nc thit k
Design, ConceptionThit k
Designed elevationCao thit k
Destructive testing methodPhng php th c ph hy mu
Detailed InvestigationKho st chi tit
DeteriorationSuy thoi (lo ha)
DetermineXc nh
Development lengthChiu di pht trin ct thp
DeviatorB phn lm lch hng cp
Deviator chuyn hng
DiagnosisChn on
diagonal bars Thanh ct thp xin
Diagonal crackVt nt xin
Diagonal CrackingNt xin
Diagonal crackingNt xin
Diagonal tensionng sut ch
Diagonal tension traction stress, Principal streesng sut ko ch
DiaphragmDm ngang
DiaphragmVch ngn
Diaphragm spacingKhong cch gia cc dm ngang
Diesel locomotiveu my dieden
Dile splicingNi di cc
Dimensionless coefficientH s khng c th nguyn
DimentioningXc nh s b kch thc
Dinamicng lc hc
Dinamic forceLc ng
Dinse-graded AggregateCt liu c cp phi cht
Discharge capacityKh nng tiu nc
DisplacementChuyn v
Distance center to center of ...Khong cch t tm n tm ca cc...
Distance center to center of beamsKhong cch t tim n tim ca cc dm
DistortionXon vn
Distribution coefficientH s phn b
Distribution reinforcementCt thp phn b
Distribution width for wheel loadsChiu rng phn b ca ti trng bnh xe
distribution-bar ReinforcementCt thp phn b
Dog anchorinh a
Double deck bridge, Double-storey bridgeCu hai tng
Double line bridgeCu 2 ng, Cu ng i
Double-tee beamDm mt ct 2 T ghp
Down stream endH lu
Downstream sideH lu
DraftingV k thut
DrainageH thng thot nc, s thot nc
DrainageThot nc
DrawbackNhc im
Drilled pierTr khoan
Drilled shaftsCc khoan
Driven pileCc ng xong
Driver pileCc dn
Driving additional pilesng cc thm
Driving, pilingng cc
DryKh
Dry bridgeCu cn, cu vt ng
Dry concreteB tng kh
Dry gunitingPhun b tng kh
dry mix ConcreteB tng trn kh
Dry mixingtrn kh
Dry packChn kh
Dry processCng ngh kh
Dry sandCt kh
drying CreepT bin kh
Drying ShrinkageCo ngt kh
Dry-mix concreteB tng trn kh
Dry-mix ShotcreteB tng phun kh
dry-packed concreteBe tng chn kh
Dry-packed concreteB tng chn kh
Dry-volume measuremento th tch kh
Ductng cha ct thp d ng lc
Ductile materialVt liu co dn c (kim loi)
DuctilityTinh do
Durability bn lu (tui th)
Durability factorH s tui th
During stressing operationTrong qu trnh ko cng ct thp
DustingLm thnh bt, to ra bi
Dusts sandCt bt
Dye penetrant examinationPhng php kim tra bng thm cht mu
Dynamic AnalysisPhn tch ng hc
Dynamic effects Hiu ng ng
Dynamic loadTi trng ng
Dynamic loadingngp ti ng
Dynamic modulus of elasticityMoun n hi ng
Dynamic stress ng sut ng
Dynamic testTh nghim ng hc
Early strength concreteB tng t cng sm
Earth coverThanh cng
Earth pressurep lc y ca t
Earth, soilt
Earthquakeng t
EarthquakeTc ng ca ng t
Earthquake forcesLc ng t
Eccentric loadingDt ti lch tm
Eccentric tendonCp d ng lc t lch tm
eccentrical compressionNn lch tm
Eccentrically compressed membersCu kin chu nn lch tm
Eccentricity lch tm
Eddie current testingPhng php kim tra bng dng xoy
Edge beamDm bin
Edge beam,exterior girderDm bin, dm ngoi cng
edge-bar ReinforcementCt thp mp
Effective area of reinforcementDin tch c hiu ca ct thp
Effective depthChiu cao c hiu
Effective depth at the sectionChiu cao c hiu ca mt ct
Effective flange widthChiu rng c hiu ca bn cnh
Effective flange WidthB rng c hiu ca bn cnh
Effective modulusMdun c hiu qu
Effective presstressD ng sut c hiu
Effective prestress after losesD ng sut c hiu sau mi mt mt
Effective spanNhp c hiu
Effective stressng sut c hiu
Effective width (of T girder)Chiu rng c hiu (ca dm T)
Effective width of slabB rng c hiu ca bn
Efflorescence mu trn b mt b tng
Elastic analysisPhn tch n hi (i vi kt cu)
elastic DeformationBin dng n hi
Elastic deformationBin dng n hi
elastic DesignThit k do
Elastic designThit k n hi
Elastic limitGii hn n hi
Elastic lossMt mt n hi
Elastic modulusMoun n hi
Elastic shorteningCo ngn n hi
Elasticity n hi
Elastomatric bearingGi cao su
Elastomer, PlasticCht do
Elestomatric pot bearingGi hp cht do
Elongated pieceChi tit ko di thm
Elongation dn di
EmbankmentNn ng p
Embeded itemChi tit chn sn
Embedment lengthChieu di chn ngm
Emergency bridge StairsCu tm
Empirical methodPhng php thc nghim
Emulsion Nh tng
End blockKhi u neo
End diaphragmDm ngang u nhp
End region of the memberVng u cu kin
End supportGi bin (m cu)
Endevelope curveng bao
Engineer,ArchitectCh cng trnh
Enol blockKhi u dm
EnterpriseX nghip
Entrained airKh b cun vo
Entrapped airKh b ong gi li
Enviromental conditioniu kin mi trng
Environment agressivityXm thc ca mi trng
Environmental loadTi trng mi trng
Epingle PinCt thp gm ( truyn lc ct trt nh neo)
Epoxy concreteB tng epoxy
Epoxy mortarVa epoxy
Epoxy resinKeo epoxy
Equipement Set, DeviceB thit b
EquipmentThieest b
Equipment for the distribution of concreteThit b phn phi b tng
Equivalent distribuled live loadHot ti ri u tng ng
Equivalent loadTi trng tng ng
ErectionLp dng
Erection equipmentThit b xy lp
Erection jiont ...Khe ni thi cng, vt ni thi cng
Erection loadTi trng xy lp (trong lc thi cng)
Erection methodPhng php lp ghp
Erection planBn v thi cng
Erection reinforcementCt thp thi cng
Erection scheduleThi gian biu ca vic lp dng
ErosionXi mn
Erosion controlKhng ch xi l
EstablishThiet lp
Established stream Dng chy xc lp
Estimatec lng, d ton
EstimationD ton
Eternally applied load, External loadTi trng t bn ngoi (ngoi ti)
Evacuation galleryHm trnh nn
Evaluationnh gi, c lng
EvironmentMi trng
ExcavationNn ng o
ExcentredLch tm
Excentricity coefficientH s lch tm
Exceptional loadTi trng ngoi hng
Excessive (excessive deflection)Qu mc, (bin dng qu mc)
Excessive deformationBin dng qu mc
ExecutionThi cng thc hin
ExecutionTin hnh thi cng
Existing bridgeCu c hin c
Existing structure (Existing concrete)Kt cu hin c
expanded-metal fabric ReinforcementCt thp li ko gin
Expanding cementXi mng n
ExpansionGin n
Expansion jointKhe co dn, khe bin dng
Expansion joint for bridge, Road jointKhe bin dng cho cu
Expansive cementXi mng n
Expansive-cement concrete (mortar or grout)B tng xi mng n
expansive-cement GroutVa xi mng n phun p
ExperimentThc nghim
Expertise contractHp ng chuyn gia
Exposed concreteB tng l ra ngoi
Exposed faceB mt l ra ngoi
Exposed reinforcementCt thp l ra ngoi
Exterior anchorNeo ngoi
Exterior beams Dm bin
Exterior faceB mt ngoi
Exterior panelKhoang bn ngoi
external axial forces. Ngoi lc dc
External forceNgoi lc
External prestressed concreteB tng ct thp d ng lc ngoi
External prestressingD ng lc ngoi
External vibratorChn ng ngoi
Extradosng bin trn ca vm
Extreme compressive fiberTh bin chu nn
Extreme Event Limit StateTrng thi gii hn c bit
Extreme tension fiberTh chu ko ngoi bin
Fabricated bridge Cu lp ghp
Fabrication, ManufactionCh to, sn xut
facrored LoadTi trng nhn h s
Factor of safetyH s an ton
Factor relating to ductilityH s tnh do
Factor relating to operational importance H s tm quan trng hot ng
Factor relating to redundancy H s hiu ng d
Factored loadTi trng nhn h s
Factored momentM men nhn h s
Factored resistanceSc chu nhn h s
Factored shear forceLc ct nhn h s
FailurePh hoi
Failure surfaceMt ph hoi
Failure, fatigueMi
False portalCa hm gi
Fastening angleThp gc gia c
Fastening pin (to bolt)Cht ngang (lp cht ngang)
Fat SlabBn phng
Fat slabBn phng
Fatigue analysis Phn tch mi
Fatigue and fracture Mi v dn
Fatigue failurePh hu do mi
Fatigue limit state Trng thi gii hn mi
Fatigue strengthCng chu mi
Fatigue test Th nghim mi
Fatigue test machineMy th mi
Fatigue testingTh nghim v mi
Feasibility study reportBo co nghin cu kh thi
FerrocementXi mng li thep
FerryPh
Fiber, extreme compressionTh chu nn ngoi cng
Fiber, extreme tensionTh chu ko ngoi cng
fiber-reinforced ConcreteB tng ct si phn tn
Fibrous concreteB tng ct si
Field connectionMi ni hin trng
Field connection use high strength boltMi ni hin trng bng bu lng cng cao
Field investigationKho st hin trng
Field of applicationPhm vi p dng
Field testTh nghim ti hin trng
field-cured CylindersMu tr,bo dng ti hin trng
Figure stability n nh hnh dng
Fild-weldHn ti cng trng
Fill,earth fillt p trn vm bn
Filler Bt khong
fin by successive approximationsTm bng cch xp x gn ng
final designThit k cui cng
Final prestressD ng sut cui cng cn li
Final Setting timeThi gian kt thc ninh kt
Fine AggregateCt liu mn ( ct)
fine aggrregatect liu mn ( ct)
Fine gravelSi nh, si p vn
Fineness mn
Fineness modulusMo-dul mn
FinishingCng tc hon thin
Finishing machineMy lm cng tc hon thin
Fire claySt mn
Fire resistance bn chu la
Fix pointMc trc c
FixationGi cho c nh
Fixation on the formGi cho c nh vo vn khun
fixe the ends of reinforcementGi c nh u ct thp
Fixed archVm khng cht
Fixed bearingGi c nh
fixed bridgeCu c nh
Fixed capitalVn c nh
Fixed framed bentsTr pal c nh
Flage thickness (web thickness)Chiu dy ca bn (ca sn)
Flange reinforcementCt thp bn cnh
Flange rivetinh tn bn cnh
Flange slabBn cnh (mt ct I,J, hp)
Flange thickness, Web thicknessChiu dy bn cnh
Flanged memberCu kin c bn cnh
Flanged sectionMt ct c bn cnh (mt ct T, I, hp)
Flare wing wall abutmentM tng cnh xin
Flash coatSn cch nc
Flat jack, Pushing jackKch dt, kch a Kch y
Flat piece (of aggregate)Ht dt ca ct liu
Flat plateBn phng
Flat slabBn phng
Flexible connectionLin kt mm
Flexible connectorNeo mm
Flexible flexion deformationBin dng do un
Flexible jointKhe co gin
Flexible pier Tr mm
Flexible sheathng mm (cha cp, thp DL)
Flexible steel pipe ng thp un c
Flexural beamDm chu un
Flexural bond stressng sut un
flexural momentM men un
Flexural rigidity cng chng un
Flexural stiffness cng chng un
Flexural strengthCng chu un
Floating bridgeCu phao, Cu ni
Floating caissonGing chm ch ni
FloodL lt
Flood plainBi ngp khi lt
flood-stream Dng l
Floor beam,tranverse beam tableDn ngang mt cu
Floor slabBn sn
Floor system ,bridge deck H mt cu
FlowDng
Flow coneCn th chy va
Flow factorH s dng chy
Flow regulation, Flow regimeCh chy
Flowcontrol worksCng trnh chnh dng chy
Fluorescent methodPhng php kim tra bng pht quang
Flush waterNc phun thnh tia; Nc chay xit
Fly ashTro bay
FlyoverCu vt qua ng
Foamed concreteB tng bt
Folded platebn gp np
Foot bridgeCu i b
Foot bridgeCu b hnh
FootingB mng
FootingMng nng
Footway ,side walkVa h
ForceLc
Force distribution betwween ...Phn b lc gia
Force effects hiu ng lc
Force from stream current on pier(abutment)Lc do dng nc chy tc dng vo m tr
Force representative point (on the curve)im biu din ca ni lc (trn th)
Forces due to curvature and eccentricity of truckLc do cong ng v lch tm ng
Forces on parapetsLc ln lan can
ForecastD on
FormVn khun
Form exterior face ...B mt vn khun
Form oilDu bi trn vn khun
Form pressureAp lc vn khun
Form removalD vn khun
Form vibratorm cnh (rung vn khun)
Formal tenderH s u thu
Formworkvn khun
Foudation, matMng nng
fouilk, bouchonB tng bt y (ca mng Cp cc, ca ging, ca h
Foundation designThit k mng
Foundation material Vt liu ca mng
Foundation soilt nn bn di mng
Founfation boltBu lng neo mng
FracturePh hu dn
Fragil materialVt liu dn
FrameKhung
Frame bridgeCu khung
Framed bent on pontonTr pal trn phao ni
Framed bentsTr pal
Free cantilever armCnh hng t do
Free expansionGin n t do
Free fallRi t do
Free limeVi t do
Free moiture m t do
Free waterNc t do
Fresh concreteB tng ti (mi trn xong)
FrictionMa st
Friction curvature coefficientH s ma st do cong
Friction linear coefficientH s ma st trn on thng
Friction loosesMt mt do ma st
Friction Loss CoefficientH s mt mt do ma st
Friction pileCc ma st
Frost indexCh s ng bng
GalvanisationNhng kim loi trong km nng chng r
Galvanized strandCp c m km
GalvanizingVic m km
Gantry craneCn cu cng
Gap-graded AggregateCt liu c cp phi c khe h
General estimationTng d ton
General layoutS b tr chung
General location of a bridgeB tr chung ca cu
General scourXi chung
General viewHnh v tng th
GeologyDa cht hc
Geotechnical parameters tham s a k thut
GirderDm t hp
Girder spacingKhong cch gia cc dm
Girder, beamDm
Glass-fiber reinforced cementXi mng ct si thu tinh
Glissement, slidingTrt
Gluing of steel plateDn bn thp
GradeCp (ca b tng, ca )
Grade of concreteCp ca b tng
Grade of reinforcementCp ca ct thp
Gradient dc dc
Gradingphn cp c ht; cp phi ht
Grading Cp phi
Grading Curveng cong cp phi ht
Grading curveng cong cp phi ht
Grading, GranulometryCp phi ht
Graphical representation of ...Biu din th ca
Gravel dm
GravelSi
gravel concreteB tng si
Gravel mixtureHn hp si
Gravity abutmentM kiu trng lc
Gravity abutment M trng lc
Gravity Loads: Trong lc
Gravity pierTr trng lc
Gravity wallTng chn kiu trng lc
Gross areaDin tch bao (khng k thu hp do l)
Ground Cao trnh (ct), mt t
Ground anchorNeo trong t (dng cho hm, tng chn)
Ground elevationCao t nhin
Group of pilesNhm cc
GroutVa phun , tim
Grout holeL bm va vo ng cha cp
Grout mixerMy trn va
Grout pumpMy bm va lp lng ng cha cp
Grout, Groutingp va,bm va
Grouted cableCp p va
Grouted-aggregate concreteB tng trn ct liu sn , vo v tr ri p va vo sau
GroutingPhun va lp lng ng cha ct thp d ng lc
Grouting equipmentThit b bm va
Grower washerVng m vnh, rng en vnh
Guaid stone va
Guided slipping bearingGi trt c hng dn
Gusset plateBn nt, bn tit im
Gypsum vi
Gypsum concreteB tng vi
hairline CracksVt nt tc ( rt nh)
Half through bridgeCu c ng xe chy gia ( Cu chy gia)
Half through bridgeCu i gia
HammerBa
Hand calculationTnh ton bng tay
Hand railLan can
Hand-act water pumpBm nc dng tay
Handling equipmentThit b lao lp cu
Handling stressesng sut do cu lp
HangerThanh ng (ca dn)
Hard bitumenBi tum cng
HardenerCht lm cng, Cht ho cng
Hardening under normal conditionHa cng trong iu kin bnh thng
Hardness degree rn cng
Haunch,Tapered haunchNch dm,vt cnh dm
Haunched beamDm c vt nch dm
HDPE sheathV bc polyetylen mt cao ca cp d ng lc
Heat of hydrationNhit do thu ho
Heat of solutionNhit ca dung dch
heat-resistant concreteB tng chu nhit
Heavy concreteB tng nng
Heavyweight AggregateCt liu nng
Height clearance, head room ,vertical clearanceChiu cao tnh khng
Hidden defectKhuyt tt n du
High strength concreteB tng cng cao
High strength steelThp cng cao
High tech work techniqueCng trnh k thut cao
High-density concreteB tng mt cao,B tng rt nng
High-early-strength concreteB tng cng cao sm
Highest flood levelMc nc l cao nht
high-pressure steam CuringBo dng b tng bng hi nc p lc cao
High-range water-reducing admixturePh gia siu gim nc
High-strength concreteB tng cng cao
High-strength materialVt liu cng cao
High-strength reiforcementCt thp cng cao
Hight densityng bng polyetylen mt cao
High-temperature steam curingBo dng b tng bng hi nc nhit cao
HighwayXa l
Highway bridge, road bridgeCu -t; Cu ng b
Highway bridge, road bridgeCu t
HingeCht
HingeKhp ni, cht ni
Hinge jointLin kt cht
Hinged archVm c cht
Hingeless bridgeCu khng cht
Hip verticalThanh ng treo ca dn
Historic flood levelMc nc l lch s
Historical floodL lch s
Hoist bridgeCu ct; cu nng nhc
HoleL thng, l khoan
Hollow pileCc rng ly tm
Hollow slab deckKt cu nhp bn c l rng
Homogenous materialVt liu ng cht
Homonegeity coefficientH s ng nht
Homonogeneityng cht
HoneycombR t ong ( ca b tng)
HookMc cu ( u ct thp)
Hookes lawnh lut Hc
Hooked barThanh c un mc cu u
Hoop reinforcementCt thp t theo vng trn
hoop ReinforcementCt thp mc
Horizontal clearanceChiu rng tnh khng
Horizontal shearLc ct trt nm ngang
Horizontal shearLc ct nm ngang
Horizontal shoringKhung chng ngang
Horizontal thrustLc y ngang chn vm
Humidity (relative) m( m tng i)
Hydrated limeVi thu ho
HydrationThu ho xi mng
Hydraulic analysicTnh ton thy lc
Hydraulic cementXi mng thu ho
Hydraulic clearanceTnh khng thot nc
Hydraulic concreteB tng thy cng
Hydraulic designThit k thu lc
Hydraulic free fall hammerBa thu lc ri t do
Hydraulic hammer of simple effectBa hi nc n ng
Hydraulic investigationKho st thy lc
Hydraulic jackKch thy lc
Hydraulic piling equipmentThit b thu lc ng cc
Hydrocarbon concreteB tng hidrocacbon
Hydrologic analysicTnh ton thy vn
Hydrologic investigationKho st thy vn
Hydrostatic pressurep lc thy tnh
Hyperstatic systemH thng siu tnh
Hypestatic moment of prestressingM men tnh nh do d ng lc
Hypestatic, Indetermined staticalSiu tnh
IdentifyNhn dng
Imediate deflectionBin dng tc thi
Immediate replacementThay th khn cp
ImpactLc va chm
ImpactVa chm, va p
Impact due to track irregularLc va chm do ng khng u
Impact effectTc ng xung kch
Impact factorH s xung kch
Impact hammerBa xung kch
Impact testingTh nghim v va p
ImplementationThi cng, thc hin
ImpressionSn lt
In accordance withTng ng vi .. .
in order of priorityTheo trnh t u tin
In order to prevent separation ngn cn s tch ri nhau
Inaccuracy in constructionSai st (khng chnh xc) trong thi cng
Inclined barCt thp nghing
inclined section mt ct nghing
Incremental lauching methodPhng php lao tng t, phng php c y
Incremental push-launching methodPhng php lao y dc
Plasticity IndexCh s do
Inelastic behaviorTrang thi phi n hi
inelastic DeformationBin dng phi dn hi
Influence live for momentng nh hng m men
InfrastructureH tng c s
Infrequent heavy loadTi trng nng bt thng
Initial prestressD ng sut ban u
Initial Setting timeThi gian bt u ninh kt
Initial stressng sut ban u
InjectionTim vt nt
Inlet submerged culvertCng bn p
Inlet unsubmerged culvertCng khng p
Inside radius of curvatureBn knh trong ca ng cong
In-situ concreteB tng c ti ch
Inspectioniu tra (thanh tra)
InstallationLp t thit b
InstallationThit lp, lp t, trang b
Instant loadTi trng tc thi
insulating concreteB tng cch ly
Integral of MohrTch phn Mo
Intennediate diaphragmDm ngang trong nhp
Inter mediat postThanh ng khng lc ca dn tam gic
InterfaceB mt chuyn tip
Interior girderDm pha trong
Intermediate supportGi trung gian (tr cu)
Intermediate valueTr s trung gian
Internal anchorNeo trong
Internal decorationTrang tr ni tht
internal force Ni lc
Internal force redistributionPhn b li ni lc
Internal prestressed concreteB tng ct thp d ng lc trong
Internal vibrationChn ng bn trong
Internal vibratorm trong (vi vo hn hp b tng)
International Construction Standards Tiu chun Xy dng quc t
Interpretation of the dataX l s liu
Interruption of trafficGin on giao thng
Intradosng bin di ca vm
Invert B mng
Inverted L-beamDm ch L ngc
Inverted T sectionMt ct ch T ngc
Inverted T-beamDm ch T ngc
InvestigationKho st
Investigation for bridgesKho st cu
Investigative Hydrological surveyo c kho st thu vn
is multiplied by... c nhn vi
I-sectionMt ct ch I
Isostatic systemH thng tnh nh
JackKch
flat JackKch dt, kch phng
JackingVic kch, vic ko cng ct thp
Jacking deviceThit b kch
Jacking endim u ct thp c ko cng bng kch
Jacking forceLc kch ( ko cng ct thp)
JointKhe ni
Joint tapeBng dnh
Joint, Connection, SpliceLin kt, ni
joint-sealing compoundCht chn khe
Keeping the line operatingGi cho thng tuyn ng
Key block segmenton (t) hp long ca kt cu nhp
Key stoneVin hp long cu vm
Key, Key block, CapstoneCht nh vm (cha kho)
LaboratoryPhng th nghim
Laboratory testingTh trong phng th nghim
Labour,(Labour cost)Nhn cng, tin cng th
Laminate timberG p
Laminated elastomeric bearingGi bng cht do cn
Laminated steelThp cn
Land planingMt bng v tr cng trnh
Lane loading, Lane loadTi trng ln xe
Lane, traffic laneLn xe
LapMi ni chng ln nhau ca ct thp
Large diameter pileCc ng knh ln
Latenal forceLc tc dng t pha bn
Lateral bracingH ging lin kt ca dn
Lateral distribution of the wheel loadsPhn b ngang ca ti trng bnh xe
Lateral earth pressurep lc bn ca t
Lateral reinforcementCt thp bn
Lateral rigidity of the bridge cng ngang ca cu
Lateral tied columnCt c ct ai vung gc vi trc
LatexM cao su
Lattice bridgeCu gin mt co ( c nhiu thanh cho)
LauchingLao cu
LaunchingXi nc h cc
Launching by slidingLao ra bng cch trt
Launching girderDm tm lao cu
Launching girderGi 3 chn lao cu (dng dn)
Launching noseMi dn ( lao cu)
Launching rollerCon ln lao cu
LayerLp
Leaf bridgeCu quay ct (quay nhc ln)+B2479
Lean concrete (low grade concrete)B tng ngho
Legar capitalVn php nh
Length of penetration Chiu di cc h vo t
LevelCao
LevelingCao c
Levelling instrumentMy cao c (my thy bnh)
Levelling pointim cn o cao
Lift bridge; Lifting bridgeCu nng ( theo phng thng ng)
LiftingNng ln (s nng ln)
Lifting bridgeCu nng-h thng ng
Ligature, TieDy thp buc
Light weight concreteB tng nh
Light weight concreteB tng nh
lightweight AggregateCt liu nh
Limit designThit k theo trng thi gii hn
Limit stateTrng thi gii hn
Limit state designTnh ton theo trng thi gii hn
Line of pressineng p lc
Linear deformation diagramBiu bin dng tuyn tnh
Linear distributionPhn b tuyn tnh
Live loadHot ti tm thi
Live loadTc ng bin i
Live load momentM men un do hot ti
Live load, moving loadHot ti
Load capacity of the pile as a structural memberKh nng chu ti ca cc theo vt liu ca cc
Load capacity of the pile to transfer load to the groundKh nng chu ti ca cc theo t nn
Load capacity, Load-carrying capacityKh nng chu ti
Load combinationT hp ti trng
Load combination coefficient (for ...)H s t hp ti trng (i vi ...)
Load distribution, distibution of loadPhn b ti trng
Load due to earth fillTi trng do t p
Load dynamicTi trng dng hc
Load factorH s ti trng
Load factor designThit k theo h s ti trng
Load factor designTnh ton theo h s ti trng
Load Factors for Construction LoadsH s i vi ti trng thi cng
Load Factors for Jacking and Posttensioning ForcesH s i vi lc cng kch v d ng lc
Load stageGiai on t ti
Load testTh ti (th nghim chu ti)
Load test at the siteTh ti hin trng
Load-bearing wallTng chu ti
Load-carrying capacity Kh nng chu ti
Loaded lanes ln xe c t ti
Loaded length in metersChiu di t ti (tnh bng mt)
LoadingXp ti
Loading caseTrng hp t ti
Loading combinationT hp ti trng
Loading conditionsiu kin t ti
Loading cycleChu k t ti ...
Loading on ...t ti ln ...
Loading timeThi im t ti
Loamt st
Local actionTc dng cc b
Local compresionLc nn cc b
Local crushingNn bp cc b ( ch t gi)
Local scourXi cc b
Local scourXi cc b
Local scour at piersXi cc b tr cu
Located pressurep mt cc b
Location of the concrete compressive resultantim t hp lc nn b tng
Location of the resultant im t ca hp lc
Long cable tensioned at two endsCp di c ko cng t 2 u
Long span bridgeCu nhp ln
Longgitudinal reinforcementCt thp dc
longitudinal crackVt nt dc
Longitudinal barThanh ct dc
Longitudinal camber D vng hng dc
Longitudinal center line of the bridgeTrc dc ca cu, Tim dc cu
Longitudinal cracksVt nt dc
Longitudinal distribution of the wheel loadPhn b dc ca ti trng bnh xe
Longitudinal distribution of wheel loadsPhn b theo chiu dc ca bnh xe
Longitudinal drainageThot nc dc
Longitudinal forceLc dc
Longitudinal force - bearing capacity Kh nng chu lc hng dc
Longitudinal jointMi ni dc
Longitudinal reinforcementCt thp dc
Longitudinal sectionMt ct dc
Longitudinal spacing of the web reinforcementKhong cch gia cc ct ai trong sn dm
Longitudinal stiffenerSn cng dc (nm ngang)
Long-term (load)Di hn (ti trng di hn)
Long-term deformationBin dng di hn
Long-term loadTi trng tc dng di hn
Los Angeles abrasion tesTh nghim mi mn Los Angeles
Loss at the anchor, Loss due to anchor slipping, Set lossesMt mt d ng sut lc t mu neo
Loss due to concrete instant deformation due to non-simultaneous prestressing of several strandsMt mt d ng sut do bin dng tc thi ca b tng khi ko cng cc cp ln lt (khng ng thi)
Loss due to concrete shrinkageMt mt do co ngt b tng
Loss of pressed (pressed losses)Mt mt d ng sut
Lost due to elastic shorteningMt mt do co ngn n hi
Lost due to relaxation of prestressing steelMt mt do t bin b tng
Lost due to relaxation of prestressing steelMt mt do t chng ct thp d ng lc
Low alloy steelThp hp kim thp
Low relaxation steelCt thp c t chng thp
Low relaxation steelThp c t chng rt thp
Low relaxation strandCp c t trng thp
Low-densiy concreteB tng t trng thp
Lower chordThanh bin di ca dn
Lower reinforcement layerLp ct thp bn di
Low-grade concrete resistanceB tng mc thp
Low-heat cementX mng t to nhit
Low-strength materialsVt liu cng thp
Lubricant, dowelCht bi trn
LubrificationBi trn
Magnetic particle examinationPhng php kim tra bng t trng
Main beamDm ch
Main bridgeCu chnh
Main diagonalThanh xin ca dn
Main lineTuyn chnh
Main reinforcement parallel to trafficCt thp ch song song hng xe chy
Main reinforcement perpendicular to trafficCt thp ch vung gc hng xe chy
MaintenanceBo dng, duy tu
Maintenance costGi thnh bo dng, duy tu
Maintenance enterprise X nghip duy tu
MaitenanceDuy tu,bo dng
Majlor spanNhp chnh ln
Male coneLi nm neo (hnh chp ct)
ManagementQun l
Manometerng h o p lc
map CrackingBn phn b cc vt nt
MasonryKhi xy
Masonry arch Vm xy
Masonry bridgeCu gch- xy
Masonry bridge Cu khi xy
Masoury archVm gch xy
MassiveKhi xy ln c
MasticMt-tt
Mastic asphaltB tng bi tum c
Material characteristicsc trng cc vt liu
Material grading, Size gradingPhn tch thnh phn ht ca vt liu
Material propertiesc im vt liu
Maximum stroke di di chuyn c ca pittong ca kch
Maximum working pressurep lc cc i
Mecanical characteristicTnh cht c hc
mechanical AnalysisPhn tch c hc
Mechanical bearingGi kiu c kh
Mechanical characteristicc trng c hc
Mechanical connectionneo c hc
Mechanically stabilized earth (MSE) wallsTng chn c neo
Medium relaxation steelCt thp c t chng bnh thng
Medium span bridgeCu trung
Member , ElementCu kin
Member designThit k cu kin
Member subject to shearCu kin chu ct
Member with minimum reinforcementCu kin c hm lng ct thp ti thiu
Membrane theoryL thuyt mng
Mesh analysisPhn tch qua sng
Mesh reinforcementCt thp li
mesured parallel to ...... c o song song vi
Metal shellV thp
MetalisationPhun m kim loi bo v chng r
Meteorology Kh tng hc
Method of concrete curingPhng php dng h b tng
Method of construction, Construction methodPhng php xy dng
MicrocrackVt nt nh li ti
Midspan sectionMt ct gia nhp
Mild steel ...Thp non (thp than thp)
Military loadTi trng qun s
Minimum required bridge elevationCao ti thiu cn thit ca cu
Minimum safety marginNgng an ton ti thiu
MixNho trn
Mix designThit k cp phi
Mix proportionT l pha trn hn hp b tng
MixingHn hp trn
Mixing cycleChu k trn
Mixing plantTrm trn
Mixing speedTc trn
Mixing timeThi gian trn
Mixing waterNc trn
Model analysisPhn tch trn m hnh
Model testingTh nghim trn m hnh
Modified bitumenBi tum ci tin
Modular ratioH s tnh i
Modular ratioT s ca cc m dun n hi thp-b tng
Modulus of compressionM-ddun nn
Modulus of deformationM-un bin dng
Modulus of elasticityM-un n hi
Modulus of rigidityM-dun cng
Modulus of ruptureCng d chu ko gii hn, M-dun ph hu
Moist m
Moist-air curingBo dng bng hi m
Moisture BarrierTm ngn m
Moisture barrierVt t ngn nga m
Moisture content of aggregateo m ct liu
Moisture sandCt m
Moisture-absorptie materialVt liu c tnh ht m
Momen armCnh tay n
Momen-Axial force effort normal diagramBiu tc dng tng h m men-lc dc
Moment along sherter spanM men dc theo nhp ngn ca bn
Moment distributionPhn phi momen
Moment of inertiaM ment qun tnh
MonolithicLin khi
monolithic concreteB tng lin khi ln
Monolithic memberCu kin lin khi
Monolithic prestressed structureKt cu d ng lc lin khi
Monolithic structureKt cu lin khi
MonolithismTnh lin khi
Monostrand jackKch ko cng mt b si xon
MortarVa trt
MortarVa
Mortar flowo chy ca va
Movable bearingGi di ng
Movable bridgeCu di ng; cu quay
Movable capitalVn lu nh
Movable castingThit b di ng b tng
Movable form, Travling formVn khun di ng
Moving construction gio t di dng
Moving forms gio t di dng
Multi-beam deck, multi-beam bridgeKt cu nhp c nhiu sn dm ch
Multicentred archVm nhiu tm
Multiple span bridgeCu nhiu nhp
Multistrand jackKch ko cng cp c nhiu b si xon
Narrow gaugeKh ng hp
Narrow grading Cp phi cht
National coordinate gridLi ta quc gia
National Elevation systemH cao quc gia
Natural plasticCht do thin nhin
Natural scourXi t nhin
Navigable water levelMc nc thng thuyn
Navigation flood levelMc nc thng thuyn
Navigation spanNhp thng thuyn
Navigational clearanceTnh khng thng thuyn
NeedleGhi
negative ReinforcementCt thp m; ct thp chu m men m
Neutral AxisTrc trung ho
Newly laid concreteB tng ti
NodeNt (trong mng li)
Nominal diameterng knh danh nh
Nominal moment strength of a sectionSc chu mmen danh nh
Nominal sizeKch thc danh nh
Nominal strengthCng danh nh
Nominal valueTr s danh nh
non-air-entrained concreteB tng khng cun kh
Non-centred prestressingD ng lc lch tm
Nondestructive testingTh nghim khng ph hoi
Non-destructive testing methodPhng php th khng ph hy mu
nonprestressed ReinforcementCt thp khng d ng lc
Non-prestressed reinforcementCt thp thng (khng d ng lc)
nonreversible DeformationBin dng khng th hi phc
Non-shrinkage mortarVa khng co ngt
Non-simultaneity of jackingKo cng khng ng thi
Normal relaxation steelThp c t chng thng thng
Normal stressng sut php
Normal weight concrete, Ordinary structural concreteB tng trng lng thng thng
normalweight Aggregate, Ct liu trng lng thng thng
NorminalDanh nh
no-slump concreteB tng khng st
NotationK hiu
Oblique bridgeCu xin
of cast ironBng gang c
of laminated steelBng thp cn
On-bearing free rotationQuay t do trn gi
On-bearing sectionMt ct trn gi
One-way spaning direction slabBn c nhp theo mt hng (bn 2 cnh)
On-pier segmenton (t) kt cu nhp bn trn tr
Open channelRnh thot nc ni
Open frameKhung kiu cng (khung h)
Opening bridgeCu ng -m
Opening the tenderM n u thu
Open-Truss bridgeCu dn m h
Operating bridgeCu cng tc
Operational bottlenecks on the lineTc nghn hot ng trn tuyn
OptimisationTi u ha
Orthotropic deckMt cu bn trc hng
Orthotropic deskBn mt cu trc hng
OrtthogonalTrc giao, vung gc vi nhau
OscillographMy o ghi dao ng
Outlet submerged culvert Cng c p
Outside diameterng knh ngoi
OvalHnh dng tri xoan, hnh oval
Over loadQu ti
Overall depth of memberChiu cao ton b ca cu kin
Overall dimensionKch thc bao ngoi
Overall width of bridgeChiu rng ton b cu
OverlapNi chng
Overload provision phng qu ti
Overpasse, Passage superieureCu vt (Viaduct)
Over-reinforced concreteB tng c qu nhiu ct thp
OverstressingKo cng qu mc
Overturning forceLc lt
Overturning momentM men lt
OwnerCh u t
OwnerNgi gi thu
PaintSn
PanelKhoang
ParapetThanh nm ngang song song ca ro chn bo v trn cu (tay vn lan can cu)
Parapet Lan can
Parapolic archVm parabol
Parapolic cable traceng trc cp dng parabole
Partial prestressing ...Ko cng ct thp tng phn
Partial safety factorH s an ton tng phn
Passive anchorNeo th ng
Passive crackVt nt th ng
Past flood dataD liu v l lt xy ra
patterned Ashlar o xy
Peak flood dischargeLu lng nh l
PedestrianNgi i b
Pedestrian bridgeCu i b
Pedestrian loadTi trng ngi i b
Pedestrien loadTi trng trn va h
PenetrationThm, thm nhp
PenetrationXuyn qua
Perforated cylindrical anchor headu neo hnh tr c khoan l
Perimeter of barChu vi thanh ct thp ...
Period of vibrationChu k dao ng
Peripheral weldMi hn theo chu vi
Permanent combinaisonT hp thng xuyn
Permanent loadTi trng tnh (ti trng thng xuyn)
Permeability thm thu, thm
Permissible shear stressng sut ct cho php
Photoelastic analysisPhn tch quang n hi
Pickc (bng chong)
PierTr
Pier archVm m cu
Pier noseMi cc
Pier spacingKhong cch gia cc tr cu
Pier, Intermediate supportTr cu
PigmentBt mu ( fa sn)
PileCc
Pile bent pierTr cc
Pile bottom levelCao chn cc
Pile CapB cc
Pile capm u cc
Pile capM cc, m u cc
Pile columnCt ng
Pile culvertCng trn
Pile drive; Pi;ing rigGi ba ng cc
Pile foundationMng cc
Pile shoePhn bc thp gia c mi cc
Pile testTh nghim cc
pilingng cc
Pilot tunnelHm dn
Pin holeL cht
Pinned joint, Pin connectionLin kt cht
Pipe bridgeCu cho ng ng
Pipe pile, hollow shell pileCc ng
Pivot bridgeCu quay
Plain barCt thp trn
plain concreteB tng thng ( khng ct thp)
Plain concrete, Unreinforced concreteB tng khng ct thp
Plain round barCt thp trn trn
Plain sectionMt ct c
PlanMt bng, k hoch
PlasterThch cao
Plastic analysisPhn tch do
Plastic coated greased strand enveloppes cableCp gm cc b si xon bc trong cht do
plastic Cracking, Vt nt do
plastic HingeCht do
Plastic shrinkage cracjVt nt do co ngt do
Plastic shrinkage CracksNt do co ngt do
Plasticity indexCh s do
Plastifying agentCht ha do
PlateThp bn
Plate bearingGi bn thp
Plate girder bridgeCu dm bn
PlywoodG dn (vn khun)
Point LoadTi trng tp trung
Point-bearing pileCc chng
Poissons ratioH s pot-xng
polymer concreteB tng polyme
Pontoon bridgeCu phao
Pontoon bridge Cu phao
Pontoon swing bridgeCu phao c phn quay
Poor state of maintenanceTnh trng bo dng duy tu km
Porosity xp rng (ca b tng)
Porous concreteB tng rng
Portal bridgeCu khung chn xin
Portal bridgeCu c tr nghing
Portland cementXi mng Pooc-lan
Portland-cement, Portland concreteB tng ximng
positive ReinforcementCt thp dng ( Ct thp chu m men dng)
Positive upwardDu dng ly hng ln trn
Posttensioned beamDm d ng lc ko sau
Posttensioning (apres betonage)Phng php ko cng sau khi b tng
Practising engineerK s thc hnh
Preblocked plugNt neo chm sn trong mu neo th ng
PrecastCh to sn
precast concreteB tng c sn
Precast concreteB tng c sn
Precast concrete pileCc b tng c sn
Precast memberCu kin c sn
Precast pileCc c sn, cc ch sn
Precasting YardXng c sn kt cu b tng
Preliminary designD n s b ( n s b)
Preliminary designThit k s b
Preliminary investigationKho st s b
Preliminary studyNghin cu s b trc
Prequali fication in such a mamner thatThm nh trc ... theo cch m ...
Prequali fication procedureTh tc thm nh trc
PressureLc y,lc y ngang
Pressure distributionPhn b p lc
PrestressD ng sut
prestressed concreteB tng d ng lc
Prestressed concreteB tng ct thp d ng lc
Prestressed concrete pileCc b tng ct thp d ng lc
Prestressed pileCc d ng lc
Prestressed tieCt ai d ng lc
Prestressed ZoneVng c d ng lc
PrestressingKo cng
Prestressing bedB ko cng ct thp d ng lc
Prestressing by stagesKo cng ct thp theo tng giai on
Prestressing forceD ng lc
Prestressing jackKch to d ng lc
Prestressing steelThp d ng sut
Prestressing steel, cableCt thp d ng lc
Prestressing teel strandCp thp d ng lc
Prestressing timeThi im ko cng ct thp
Pretensioned beamDm d ng lc ko trc
Pretensioning (avant betonage)Phng php ko cng trc khi b tng
principal ReinforcementCt thp ch
Principal stressng sut chnh, ng sut ch
Prismatic memberCu kin hnh lng tr
Probabilistic designThit k theo xc xut
Probability theory of safetyL thuyt xc sut v an ton
Probablistic Design,Thit k theo ng li xc xut
Probe of penetrationMu th xuyn
ProbingLy mu th
ProductSn phm
ProductionSn xut
Production costGi thnh ch to
Production supevisionKim tra trong qu trnh sn xut
Profile steelDm thp cn ng hnh
ProhabityXc sut
Project n
Project levelCp d n
Prospecting agentCht bo v
Protection against abrasionBo v chng mi mn
Protection against corrosionBo v ct thp chng r
Protection against scourBo v chng xi l
Protective concrete cover Lp b tng bo h
Protective layer Lp bo v
ProviderNgun cung cp vt t, my mc
Publish an anouncement of preminiary selectionThng bo u thu
Pull-back draw bridgeCu di ng (ng-m) kiu tin -li
Pump Bm (my bm)
pumped concreteB tng bm
Pumping concreteB tng bm
Pure compressionNn thun ty
Pure Flexion beamDm chu un thun ty
Pure flexioneUn thun ty
Pure mechanics, Theorical mechanicC hc l thuyt
Pushing machineMy y cp vo trong ng cha cp
Put in the reinforcement caset vo trong khung ct thp
Puzzolanic admixture, Puzzolanic materialPh gia puzolan
PyloneCt thp (ca h treo)
Quasi-permanent combinaisonT hp hu nh thng xuyn
Radial forceLc hng tm
Radiography methodPhng php kim tra bng tia phng x
Radius of curveBn knh cong (bn knh on ng cong)
railingLan can, Hng ro
RailingLan can trn cu
Railing loadTi trng lan can
rail-steel ReinforcementCt thp bng ray
Railwayng st
railwayng st
Railway bridge, rail bridge; railroad bridgeCu ng st
Railway overpasseCu vt qua ng st
Raiway gauge, Width of trackKh ng st
RamQu ba
Rapid testing kitDng c th nghim nhanh
Ratio of non- prestressing tension reinforcementT l hm lng ct thp thng trong mt ct
Ratio of prestressing steelT l hm lng ct thp d ng lc
Reach (of vibrator)Bn knh tc dng ca m di
ReactionPhn lc
rebound HammerSng bt ny ( th cng b tng)
Rebound numberS bt ny trn sng th b tng
Rebound of pile chi ca cc
Reception controlKim tra nghim thu
Record of test pilesBo co th nghim cc
Rectangular memberCu kin c mt ct ch nht
Rectangular sectionMt ct ch nht
Rectangular slab simply supported along all four edges by beamsBn ch nht gi gin n trn bn cnh ln cc dm
recycled concreteB tng ti ch
Reedle vibratorm di ( m b tng)
Rehabilitationi tu
Reinforced concreteB tng ct thp thng
Reinforced concrete beamDm b tng ct thp
Reinforced concrete box culverts Cng hp b tng ct thp
Reinforced concrete bridgeCu b tng ct thp thng
Reinforced concrete culvert Cng b tng ct thp
Reinforced concrete deckMt cu b tng ct thp
Reinforced masonryKhi xy c ct
ReinforcementCt thp; Ct
Reinforcement groupNhm ct thp
Reinforcement ratioT s ct thp; Hm lng ct thp
Relative humidity m tng i
Relative rotationChuyn v quay tng i
RelaxationT chng
Release agentCht tho khun
Removal of the concrete coverBc lp b tng bo h
Renforced concrete bridgeCu b tng ct thp thng
Repair methodPhng php sa cha
Replacement costGi thnh thay th
Representative curve of ...ng cong biu din th ca ...
Representative spicementMu th i din
Required qualityCht lng mong mun
Required tension of the tendonng sut yu cu (ca cp d ng lc)
ResettlementTi nh c
residual DeformationBin dng d
ResultantHp lc
Resultant of cohesionHp lc dnh
Resultant of frictionHp lc ma st
Retaining structureKt cu tng chn
Retaining wallTng chn
Retaining wallTng chn t
retardLm chm li
RetarderPh gia chm ha cng b tng
Retarding AdmixturePh gia gim tc, PG chm ninh kt
Retrait deformationBin dng do co ngt
RevetedTn inh
Rib ...Gn, sn (ca bn)
Ribbed plateThp bn c gn
Righting momentMmen gi chng lt
Rigid connectionLin kt cng
Rigid connectorNeo cng
Rigid frame bridgeCu khung cng
Rigid frame with hingesCu khung T c cht
Rise of areng tn vm
River training workChnh tr dng sng
river training worksCng trnh chnh dng sng
Rivetinh tn
Riveted girderGi lao dm Dm tn inh
Roadng b
Road bridgeCu -t, cu ng b
Road safetyAn ton lao ng
Roadway widthChiu rng phn xe chy
Roadway, CarriagewayPhn ng xe chy
RockNn
Rock, stone
Rolled cement concreteB tng xi mng lu ln cht
Roller bearingGi con ln
Roller bearingGi con ln
roller-compacted concreteB tng m cn ( bng xe lu)
Rolling impactLc va chm do xe chy lc l
RotationQuay
Round steel tubeng thp hnh trn
rounded aggregatect liu si
Rubber bearing, neoprene bearingGi cao su
RuberCao su
Rupture limit of the prestressed steelGii hn ph hy ca ct thp d ng lc
Safety deviceThit b an ton
Safety factorH s an ton
Safety railingHng ro chn an ton
Safey fieldPhm vi an ton
SampleMu th
Sample taken out from the actual structureMu th ly ra t kt cu tht
SandCt
Sand asphaltB tng nha ct
Sand cementCt gia c ximng
Sand concreteB tng ct
Sand drain,sand pileGing ct , cc ct
sand-gravel aggregatect liu ct-si
Sandlight weight concreteB tng nh c ct
SaudureMi hn
Scaffold, scaffolding gio, dn gio
ScaleT l (trong bn v)
schmidt HammerSng bt ny kiu Schmith ( th cng b tng)
Scop, fieldPhm vi
ScourXi l
Scour estimationTnh ton d bo xi
Scouring depthChiu su xi
scrape, to gradeSan nn,dn mt bng
SealingBt kn, lp kn
Sealing coatLp cch nc
Secondary moment due to prestressingM men th cp do d ng lc
Section at supportMt ct gi
Section geometryDng hnh hc ca mt ct
Section modulusMmen khng un ca mt ct
Section modulus of top fiber refered to center of gravityMmen khng un ca th trn cng i vi trng tm mt ct
Section modulus with respect to top (bottom) fibersMmen khng un ca mt ct i vi th trn cng (di cng)
Section of maximum momentMt ct c momen cc i
SedimentaryTrm tch
Segmenton dm, khc dm
Segmentt,on (ca kt cu)
Segment weightTrng lng on (t kt cu)
Segmental archVm nhiu t
Segmental box girderDm hp nhiu t
SegregationPhn tng khi b tng
Seismic forceLc ng t
Self weight, own weightTrng lng bn thn
Semi probability theoryL thuyt na xc sut
Semi-circular archVm na trn
Semi-eliptical archVm na elip
Sensitivity, Sensitiveness nhy cm
SeparationS phn cch
SeperatorDi phn cch
Service ability limit stateTrng thi gii hn khai thc
Service bridgeCu cng v
Service dead loadTnh ti khai thc
Service live loadHot ti khai thc
Service LoadTi trng khai thc
Service loadTi trng khai thc
Service Load DesignThit k theo ti trng khai thc
Service load designTnh ton theo ti trng khai thc
Serviceability limit state of crackingTrng thi gii hn khai thc v m rng vt nt
Setllement ln
Setting timeThi gian ninh kt
SettlementLn
Settlement shrinkageCo ngt ln
Severe crackingNt nghim trng
sewerRnh thot nc ngm
Shape steelThp hnh
ShearCt thun ty
Shear capacity of the sectionKh nng chu ct ca mt ct
Shear carried by concreteLc ct do phn b tng chu
Shear connectorNeo ca dm lin hp
Shear deformationBin dng do lc ct
Shear due to dead loadLc ct do tnh ti
Shear due to live loadLc ct do hot ti
Shear forceLc ct
Shear limitGii hn ct trt
Shear modulusM-un ct
shear ReinforcementCt thp chu ct
Shear reinforcementCt thp chu ct
Shear stressng sut ct trt
Shearing crackVt nt do ct
ShedNh kho c mi che
Sheet pileCc vn, cc vn thp
Sheet pile wall,sheetpilingCc vn
Shop weldingHn trong xng
Short cable tensioned at one endCp ngn c ko cng t mt u
Short span bridgeCu nhp ngn
ShorteningS co ngn
Short-term (short load)Ngn hn (ti trng ngn hn)
Short-term loadTi trng tc dng ngn hn
ShotcreteB tng phun
ShotcreteB tng (Va phun)
ShoulderVai ng
ShrinkageCo ngt
Shrinkage crackVt nt do co ngt
shrinkage Crack,Vt nt co ngt
Shrinkage crackingS nt do co ngt
Shrinkage limitGii hn co ngt
Shrinkage lossMt mt d ng sut do co ngt
shrinkage ReinforcementCt thp chng co ngt
Shrinkage reinforcementC thp chng co ngt
Shrinkage stressng sut co ngt
Shrinkage, plasticCo ngt do
Side form Vn khun
Side walk coverLp ph mt va h
Side wallTng cnh (vung gc)
Side wallTng cnh ngc
Sidewalk live loadHot ti tc dng trn va h
Sidewalk, footwayVa h trn cu
Sieve AnalysisPhn tch qua sng
Simple beamDm n gin
Simple bridgeCu 1 nhp n gin
Simple shearCt thun ty
Simple supported beam bridge Cu dm gin n
Simple tensionKo thun ty
Simply supported beam, simple spanDm gi gin n
Simply supported spanNhp gi gin n
Single lane bridgeCu mt ln xe
Single pileCc n
Single plane system of cablesH cp 1 mt phng
Single wire, Individual wireSi n l (ct thp si)
Single-track bridgeCu 1 ng, Cu ng n
Single-track railway bridgeCu ng st n
SiteCng trng
SkewCho, xin
Skew bridgeCu xin ,cu cho
Skew bridgeCu xin, cu cho
Skin reinforcementCt thp ph t gn st b mt
SlabBn
Slab bridgeCu bn
Slab bridgeCu bn
Slab culvertCng bn
Slab reinforced in both directionsBn t ct thp hai hng
Slab reinforcementCt thp bn mt cu
Slab simply supported along all four edges by beamsBn gi gin n trn 4 cnh ln cc dm
Slab-stringer bridgesCu dm ghp bn
SlagX l cao
Slag cementXi mng x
Slender beamDm mnh
Slender columnCt mnh
Slenderness mnh
Sliding agentCht bi trn ct thp d ng lc
Sliding bridgeCu di ng trt
Sliding form; SlipformVn khun trt
Sliding frictionMa st trt
Sliding jack on teflonKch trt trn teflon
Sliding jointLin kt trt
Sliding massKhi t trt
Sliding plateTht trt ca gi
Slipping bearingGi trt t do
SlopeMi dc
Slope failureMt n nh mi dc
Slope stabilityn nh mi dc
Slump st (hnh nn) ca b tng
Slump coneKhun hnh nn th st b tng
Slump lossMt st
Slump testTh nghim st
SlurryVa lng
Soilt
Soil cementXi mng t ( t gia c xi mng)
Soil pressurep lc t
Soil profileMt ct a cht
Soil stabilizitionn nh t
Soild conditionsiu kin t
Solid volumeTh tch c
Soundingiu tra bng phng php sng m
Spacing FactorH s khoang cch
Spacing of prestressing steelKhong cch gia cc ct thp d ng lc
Spacing, distanceKhong cch
Spalled concreteB tng b tch lp (b bc lp)
Spalling stressng sut ch
SpanNhp, khu
Span by span methodThi cng cu theo cch ln lt tng nhp lin tip
Span endu nhp
Span lengthChiu di nhp
Span/depth ratioT l chiu di nhp trn chiu cao dm
Spans flexibility coefficientH s mm ca cc nhp
Specific gravityT trng, Trng lng ring
Specific surfaceT din
Specification of loadingQui trnh ti trng
Specification, CodeQui trnh
SpecimenMu th
Spillway bridgeCu trn p nc trn
Spiral reinforced columnCt c ct thp xon c
Spiral ReinforcementCt thp xon c; Ct thp dng l so
Spiral reinforcementCt thp xon c
SpliceNi ghp, ni di ra
Splice plat, scabBn ni ph
Splicing methodPhng php ni cc
Spot-weldHn chm
Sprayed concrete, Shotcrete,B tng phun
Spread footingMng b
Square sectionMt ct vung
Stability n nh
Stable crackVt nt n nh
Standard hookMc un tiu chun
StateTrng thi
Static equilibrumCn bng tnh hc
Static loadTi trng tnh
Static modulus of elasticityM-un n hi tnh
Statical forceLc tnh
Statical moment of cross section are about (or below) the level being investi-gated for shear about the centriodM men tnh ca phn mt ct bn trn (hoc bn di) ca th ang xt chu ct ly i vi trc trung ho
Statically indeterminate structureKt cu siu tnh
Statistical method of analysisPhng php phn tch thng k
Stay cableCp treo xin (ca h dy xin)
Steel arch bridgeCu vm thp
Steel bridgeCu thp
Steel elongation dn di ca ct thp
Steel gider bridgeCu dm thp
Steel H pileCc thp hnh H ...
Steel percentageHm lng thp trong b tng ct thp
Steel pipe filled withng thp nhi b tng
Steel pipe pile, tubular steel pileCc ng thp
Steel stress at jacking endng sut thp u kch ko cng
Steel trowelBay thp ( trt va)
Steel truss bridgeCu dn thp
Steel with particular propertiesThp c tnh cht c bit
StemTng trc ca tng chn t
Stiffened anglesNeo bng thp gc c sn tng cng
Stiffned suspension bridgeCu treo dy vng-dm cng
Stiffness cng
Stiffness FactorH s cng
Stiffness factorH s cng
Stiffness matrixMa trn cng
StirrupCt thp ai
Stirrup,link,lateral tieCt thp ai (dng thanh)
stone bridgeCu
Stone dustBt
Stone masenryKhi xy
Straight bridgeCu thng
Straight reinforcement Ct thp thng
Straight-line theoryL thuyt bin dng thng
StrainBin dng ca cc th trn mt ct, ng bin
StrainBin dng
StrandB si xon, B xon 7 si thp
StrandB xon 7 si thp
Stream cross sectionMt ct ngang dng nc
Stream flow pressurep lc ca dng nc chy
Stream flow,Tream currentDng nc chy
Stream locomotiveu my hi nc
Strenghening steelThp tng cng
StrengthCng
Strength capacity reduction factorH s gim kh nng chu lc
Strengthening of bridgesTng cng cu
Strengthening reinforcementCt thp tng cng thm
Stressng lc
Stress
Stress at anchorages after seatingng sut ct thp d ng lc st neo sau khi tho kch
Stress concentrationTp trung ng sut
Stress distributionPhn b ng sut
Stress due to dead loadsng sut tnh ti
stress RelaxationT chng ng sut
Stress, unit stressng sut
Stressing equipmentThit b ko cng
StringerDm dc ph
StringerSn tng cng ng ca dm
Stringer ,longitudinal beam,longitudinal member Dm dc
Structural analysisC hc kt cu; Phn tch kt cu
Structural capacity of pileSc chu ti ca cc theo kt cu
structural concreteB tng kt cu
Structural defectKhuyt tt ca cng trnh
Structural integrity lin (nguyn) khi ca kt cu
Structural steelThp kt cu
Structural testingTh nghim kt cu
StructureKt cu khung, sn
Strut-framed bridgeCu khung kiu nnh chng; cu nnh chng
StudNeo kiu inh
Stud shear connectorNeo kiu inh (ca dm thp lin hp b tng)
SubbaseLp lt mt nn ng
Sub-dyke ph
SubgradeNn t ca ng
Subsoil water, Underground waterNc ngm
SubstructureKt cu bn di
SubstructureKt cu phn di
SuccessiveNi tip nhau
SuperelevationSiu cao
superimposed LoadTi trng t thm ( gia ti)
SuperplasticizePh gia siu ho do
Superplasticized concreteB tng siu do
SuperstructureKt cu bn trn
SuperstructureKt cu phn trn
Supervision of constructionGim st thi cng
SupplyCung cp, cung ng
Supply at the siteCung ng n chn cng trnh
Supply contractHp ng cung cp
Support momentM men gi theo nhp di ca bn
Support reactionPhn lc gi
Supported type abutment M nh
Supporting beamDm bn
Supporting capacity of soil for the pileSc chu ti ca cc theo t
Supporting power of pile Supporting capacity of pile ; Load-carrying capacity of pileKh nng chu ti ca cc
SupportsM tr cu (ni chung)
Surface actionTc dng b mt
Surface of slidingMt trt
Surface tensionKeo trn b mt
Surface vibratorm trn mt
Surface voidR b mt
Surface water protectionChng m cho b mt
Surface weightTrng lng tnh cho mt n v din tch
Surface-active Agent Ph gia hot tnh b mt
Suspended spanNhp eo
Suspender Dy cp treo
Suspender ,bracketCng son
Suspension bridgesCu treo dy vng
Swing bridgeCu quay
SymetricallyMt cch i xng
Synthetic plasticCht do nhn to
Synthetic resinKeo tng hp
T sectionMt ct ch T
Tamperm, chy
Tampingm b tng cho cht
T-beam, T-girderDm ch T
Technical solutionGii php k thut
Technology transferChuyn giao cng ngh
Temperature changeThay i nhit
Temperature effectnh hng ca nhit
temperature ReinforcementCt thp chu ng sut do nhit
temperture CrackVt nt do nhit
Templatem
Temporary bridgeCu tm thi
Temporary constructionCng trnh ph tm thi cng
Temporary instructionCh dn tm thi
Temporary non-grouted cableCp tm khng p va
Temporary stressng sut tc thi
Tender documentsTp iu kin u thu
TendonCt thp d ng lc ( cp hoc thanh)
Tendon path crackingVt nt dc theo ng cp DL
Tendon profileS trc cp d ng lc
Tensile strengthCng chu ko
Tensile strength at 28 days ageCng chu ko ca b tng 28 ngy
Tensile stressng sut ko
Tensile test machineMy th ko
tension ReinforcementCt thp chu ko
Tension reinforcementCt thp chu ko
Tension zone in concreteKhu vc chu ko ca b tng
Tensioning (tensioning operation)Cng tc ko cng ct thp
TestTh nghim
Test cube, cubeMu th khi vung b tng
Test curve (strain-stress)ng cong thc nghim
Test dataS liu th nghim
Test exampleMu th kim tra
Test example during executionMu th kim tra trong qu trnh thi cng
Test in place, In-situ testTh nghim kim tra ti ch
Test loadTi trng th
Test loading on bridget ti th ln cu
Test methodePhng php th
Test pileCc th
Test trainon tu th ( th cu)
Testing device, Testing instrumentDng c o, my o
Testing to failureTh nghim n lc ph hoi
Tetron bearingGi ttrn
The 10% exceedance design water levelMc nc thit k vt qu 10%
The 100-year design flood dischargeLu lng l thit k 100 nm
The most sollicited sectionMt ct chu lc bt li nht
the most unfavorableBt li nht
The rise span ratioT s ng tn/nhp ca vm
Theoretical estimationc lng bng l thuyt
Theory of linear creepL thuyt t bin tuyn tnh
Thermal effectHiu ng nhit
Thermal ExpansionGin n do nhit
Thermal expansion and constructionCo dn do nhit
Thermal forceLc do nhit
Thermal gradientGradien nhit
Thermal stressng sut do nhit
ThicknessChiu dy
Three-articulation archVm 3 cht
Through bridgeCu c ng xe chy di
Through bridgeCu i di
Through crack Vt nt xuyn
Through plate girderDm bn c ng xe chy di
Through truss bridgeCu dn c ng xe chy di
Tide amplitudeBin thu triu
Tide battenThc o thu triu
tieCt ai
TieThanh ging
Tied archVm c thanh cng
Tightness (water tightness) kht kn khng r nc
Timber bridgeCu g
time-dependent DeformationDng ph thuc thi gian
Time-dependent deformationBin dng theo thi gian
to adapte, adaptationThch ng vi, thch nghi vi ...
to brush cleanChi sch
to calculate, to compute Calculation, ComputingTnh ton
to carry outTin hnh, thc hin
to carry out without interrupting trafic flow on the bridgeThi cng m khng lm ngng thng xe qua cu
to cast,(casting) b tng (s b tng)
to interpolate linearlyNi suy tuyn tnh
to meet the requirementsp ng cc yu cu
to mix, MixingTrn, pha trn
to mix, MxingKhuy trn
to remove the jackTho kch ra
To ship pile headp u cc
to stand without failureChu ng c m khng hng
to strengthen, to reinforceTng cng
to subject, to load, to withstand, to carry, to bear, to resistChu ti
to useDng
to vary linearlyThay i mt cch tuyn tnh
To vary over a wide rangeThay i trong phm vi rng
Tolerance in constructionSai s cho php (dung sai) trong thi cng
Tolerance ToleranceDung mi, Dung sai
Toll PlazaTrm thu ph giao thng
Toll bridgeCu c thu ph giao thng
Toll Roadng thu ph giao thng
Toll-free bridgeCu min thu ph giao thng
Top chordThanh bin trn ca dn
Top fiberTh trn
Top flange,Top slabBn cnh trn
Top lateralThanh ging cho mc thng ca dn
Top lateral strutThanh ging ngang mc thng ca dn
Top reinforcementCt thp bn trn (ca mt ct)
Top road bridgeCu c ng xe chy trn
Top slabBn trn nh
Top slab of boxBn np hp
Topographic surveyo c a hnh
Topographic surveyKho st a hnh
TorsionXon
Torsion memberCu kin chu xon
Torsional stability n nh xon
Torsional stiffness cng chng xon
Torsional stiffness cng chng xon
TosbouKhoan
Total angular change of tendon profile from anchor to point XTng cc gc un nghing ca ct thp d ng lc khong cch x k t mu neo
Total angular change of tendon profile from jaching end to point xTng cc gc un ca ng trc ct thp d ng lc t u kch n im x
Total load on all axiesTng ti trng ln mi trc xe
Total shrinkage co ngt tng cng
TractionLc ko
Tractor truckXe ti ko r-mooc
Traffic lane unitn v ln xe
Traffic signBng bo hiu
Train serving the lineon tu chy thng xuyn trn tuyn
Transfer of stress momentThi im truyn ng sut
Transformed areaDin tch tnh i
Transition slabBn qu
Transition stageGiai on chuyn tip
Transmission length for pretensioningChiu di truyn d ng lc ko trc
transverse CracksVt nt