SEISMIC ANALYSIS OF RCC BUILDING AS PER IS 1893 (PART 1&5) : 2025 (STRC-10)

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Description

What will be discussed in the course?

  • Basic understanding of Elastic Rebound Theory
  • Continental Drift Theory by Alfred Wegener
  • Plate Tectonics
  • Types of faults
  • Coverging, Diverging, Transform boundaries
  • Basics of Hazard and Risk Analysis
  • Basics of Deterministic Seismic Hazard Analysis
  • Basic Inputs for GMPE and limitations with DSHA
  • Understanding DSHA Vs PSHA- Basics
  • Understanding Return Periods
  • Understanding the approach of IS 1893 (Part 1) : 2025
  • Understanding the clauses of IS 1893 (Part 5) : 2025 for building analysis
  • Zone factors and Important factors- what is different from 2016 version of code
  • Maximum Credible/Considered Earthquake
  • Classification of buildings
  • Site classification
  • Estimation of design horizontal acceleration coefficient
  • Comparison of AHD with 2016 version of code
  • Estimation of design vertical acceleration coefficient
  • Static Analsis of Building in current versions of ETABS as per 2025 version of code
  • Static Analsis of Building in current versions of STAAD. Pro as per 2025 version of code
  • Development of Response Spectrum as per new code for software input
  • Response Spectrum Analysis in ETABS as per 2025 version of code in current versions of ETABS/STAAD. Pro
  • Plan and vertical irregularities
  • Understanding torsional flexibility and estimating torsional flexibility factor
  • Design eccentricity
  • Structural systems
  • Understanding seismic analysis and demand requirements of Architectural Elements and Utilities (AEUs)
  • Design load combinations
  • Seismic Analysis of Building with podium
  • Undestanding the response of recomended structural configurations for Buildings on hill slopes
  • Estimation of approximate fundamental natural time period of the building as per new code and comparison with the 2016 version of code.
  • Understanding the overstrength factors
  • Estimation of equivalent width for URM
  • Modelling of URM in ETABS and analsys fundamentals
  • Additional criteria for concrete buildings
  • Response History Analysis in ETABS
  • Drift check and Drift limits
  • Effective sections properties
  • Elastic Force Reduction factors
  • Elastic and inelastic deformation
  • Diaphragm and types
  • Performace and damange objectives
  • Key elements
  • Cantilever projections

MODE OF COURSE:

Online Pre-recorded courses (to be taken as self paced)

Validity: Till Ilustraca Academy platform exists

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