Civil Engineering
Structural Dynamics and Earthquake Engineering - CE6701
Structural dynamics of earthquake engineering by S. Rajasekaran
-:- Introduction to Dynamics -:- Free vibration of single degree of freedom systems (undamped) in relation to structural dynamics during earthquakes -:- Free vibration of single-degree-of-freedom systems(under-damped) -:- Forced vibration (harmonic force) of single-degree-of-freedom systems -:- Response of structures to periodic dynamic loadings -:- Response of structures to impulsive loads -:- Dynamic response of structures using numerical methods -:- Response to base excitation -:- Generalized coordinates and energy methods -:- Two-degrees-of-freedom linear system response of structures -:- Free vibration of multiple degrees of freedom -:- Numerical solution methods for natural frequencies and mode shapes -:- Time history response by mode superposition -:- Free and forced vibration of a continuous system -:- Finite element method -:- Differential quadrature and transformation methods for vibration problems -:- Earthquake and earthquake ground motion -:- Earthquake -:- Plate tectonic theory -:- Earth’s crust: Faults -:- Elastic rebound theory -:- Seismic waves -:- Earthquake Measuring instruments -:- Earthquake intensity and magnitude -:- Basic difference: magnitude versus intensity -:- Earthquake ground motion -:- Earthquake classification -:- Asian tsunami disaster -:- Earthquake response spectra -:- Importance of response quantities -:- Response spectrum concept, Pseudo-velocity spectrum -:- Pseudo-spectral acceleration -:- Velestos and Newmark spectra -:- How the response spectrum is constructed -:- Elastic design spectrum -:- Response spectrum characteristics -:- Response spectra -:- Estimating the ground motion -:- Seismic analysis and design verification -:- Inelastic response spectra -:- Application of inelastic design spectrum -:- Earthquake analysis of linear systems -:- Lumped mass system: shear building -:- Modal response contribution using Chopra’s method -:- Modal response of Earthquake analysis of linear systems -:- Spectrum analysis by modal response -:- Effective modal mass and modal height -:- Building codes for aseismic design -:- Codal provisions for seismic design -:- Comparison of codes for seismic design -:- Design examples using IS1893 2002 -:- Response of structures to earthquakes: approximate analysis techniques for lateral loads -:- Zero moment point method -:- Approximate methods of analysis of multi-bay frames -:- Response of structures to earthquakes: analysis of shear walls -:- Shear wall frame -:- Coupled shear walls
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