Quasi Static Test

Abstract: ………….methodology (Samples...as per ACI)…. ……objective (-Damage Mechanism –Inelastic force deformation Capacity – Deformation based Performance level (IO, LS, CP) –Hysteretic Behavior… Which is essential for Calibrating Inelastic…. Application (Tools for design, verification…) Introduction: ….motivation (why research on earthquake? why SMRF RC Beam?..) Problem Statement: Technical Problem statement (using SMRF but on assumptions… no drift Limits… nowadays all design on SMRF...Mechanical Characterization...) Methodology: Quasi Static ( why)… Workscope( zone..RC Resistance..Mid,high rise..) ……….. Presentation Ist Slide…No need of 2 nd and last line 2 nd slide.. Satisfactory>Expected..Predetemined Objective The Current Capacity design in beam is to achieve ductile.. (without Causing global Instability… The beam mechanism in most cases is not catastrophic.. In a ductile fashion with no significant strength loss which primarily depend on –

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Abstract:.methodology (Samples...as per ACI).objective (-Damage Mechanism Inelastic force deformation Capacity Deformation based Performance level (IO, LS, CP) Hysteretic BehaviorWhich is essential for Calibrating Inelastic.Application (Tools for design, verification)Introduction:.motivation (why research on earthquake? why SMRF RC Beam?..)Problem Statement:Technical Problem statement (using SMRF but on assumptions no drift Limits nowadays all design on SMRF...Mechanical Characterization...)Methodology:Quasi Static ( why) Workscope( zone..RC Resistance..Mid,high rise..)..

PresentationIst SlideNo need of 2nd and last line2nd slide.. Satisfactory>Expected..Predetemined ObjectiveThe Current Capacity design in beam is to achieve ductile.. (without Causing global InstabilityThe beam mechanism in most cases is not catastrophic..In a ductile fashion with no significant strength loss which primarily depend on Longitudinal reinf -Confinement(Transverse reinf ratio and ties detailing)Problem statement: Global behavior depend on Local repair cost -casualties Component Damage Check..-Inelastic Calibration Design is inelastic Hysteretic behavior bar slip, pinching..Real case studies... (code design..)