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FUNDAMENTALS OF STRUCTURES 2018 1. INTRODUCTION, K BUILDING page 1
Budapest University of Technology and Economics
Department of Mechanics, Materials and Structures
English courses
General course /2018 Fundamentals of Structures EPSTG201
Lecture no. 1:
Introduction The central building of the TUB
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Introduction Our subject: FUNDAMENTALS OF STRUCTURES Lecturers: Dr. András Draskóczy, Tamás Baranyai Department: DEPARTMENT OF MECHANICS, MATERIALS AND STRUCTURES Building K 2nd floor door no. 261. Topics schedule and requirements are available on the website of the Department at: www.szt.bme.hu/Downloads/English courses/Fundamentals of Structures/2018 Weekly reception hours are communicated on the homepage and at the entrance of the Department
András Draskóczy: Thursdays 14.00-15.00 pm. Use also the online Q&A platform piazza (piazza.com)!
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Aims of the course
-review some of the most important topics of kinematics and statics -acquire general overview about problems of architectural and structural design and construction through site visits at: an existing building,
a material testing laboratory, a construction site, and discussing the experiences gained at the above visits -making preparatory steps in numerical problem solution in the field of kinematics and statics: resultant and equilibration of coplanar forces -help to decide definitively to continue studies in architectural (or civil) engineering
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1. The central building of the TUB
History of design and construction
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Built on earlier bed of the Danube on 12 thick filling at the southern edge
Architect: Alajos Hauszmann
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Architectural style: historical (eclectic) with ornamental decorations of the Secession
Construction: 1906-1909
Occupied area: 11670 m2 (1,17 ha, 1 ha= 100x100 =10.000 m
2)
Total netto area: 23.280 m2 (netto area: useful ground
plan area without the area of walls, columns)
Ground plan dimensions: 200 x 114 m
Number of bricklayers, carpenters,
in 1908 working on site at the same time cca 1000 Inauguration ceremony: 28 November 1909
(in May 1910 in presence of His Majesty
Franz Joseph the emperor of the Austro- Hungarian Monarchy)
One of the most significant buildings in Budapest
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Spatial organization of the building
Permit project ground plan
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Areal view from East 1930
Areal view from West
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Structural, constructional
solutions
Permit project section
detail
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Cross-section across the main entrance, the aula and the auditorium maximum
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Structural, constructional solutions
Foundations: concrete (on southern side reinforced by jet-grouting in 2002) vertical loadbearing: brick walls, 0,5-1,0 m thick
horizontal floor structures:
above 3 m spans of corridors: brick vault above 7 m spans of classrooms: brick vaults between steel beams
above 10 m spans of lecture halls: steel beams
above 20 to 24 m spans of courtyards: steel frames (trusses) roof structure: timber construction (rafters, purlins and columns)
partition walls: 15 cm thick brick walls
Some building constructions: Pavements: artificial floor tiles on corridors, white marble and red limestone in
staircases and plastic sheet floor cover in classrooms
Plinths: exterior: natural stone, interior along corridors: ceramic tiles Roof cover: ceramic tiles, coloured, glazed ceramic tiles on the central parts
Facade decorations: brick facing, glazed ceramic tiles, lime plaster and carved
stone ornaments Windows and doors: timber
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Some important dimensions
Le Corbusier's basis of modular system used for buildings design
Story height: houses of flats 3 m
K building 6 m
Corridor width:
family houses 90 cm
K building 220 cm
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Main stairway nord (Material use!)
Corridor plint detail
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The assembly hall as designed originally
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The aula, substituting the assembly hall today
cradle of Hung. 56' revolution
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K building and the 1956 Hungarian revolution
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Monument in honour of the cradle of the 1956 Hungarian revolution
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Nobel prize winners educated in BME
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Commemorative tablet in honour of three firemen victims of 2006 fire in
shooting round of BME
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Olympic game winners educated in BME
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SOIL STRENGTHENING BY JET-GROUTING
Longitudinal section (southern part)
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Injection of cement paste into the soil by high pressure (more than 100 at)