What Will Learn?

• Course Aims

  Acquire the necessary background about the dynamic analysis of MDOF to dynamic approach using the modal superposition.

Requirements

CES212s

Description

• English Description
  
  Seismology, and measurements the magnitude and energy of earthquakes. Dynamic response of SDOF to general dynamic loads. Duhamel Integral for un-damped and damped system. Dynamic response of SDOF to ground excitation. Response spectrum curves. Combined response spectrum curve for spectral displacement, Pseudo velocity, and Pseudo acceleration. Construction of the codes design spectral curves. Orthogonality properties of the mode shapes. Normalization of the mode shapes. Modal superposition method. Analysis of shear frames using modal superposition method. Response spectrum analysis for building subjected to earthquakes.
• Arabic Description
  
  Seismology, and measurements the magnitude and energy of earthquakes. Dynamic response of SDOF to general dynamic loads. Duhamel Integral for un-damped and damped system. Dynamic response of SDOF to ground excitation. Response spectrum curves. Combined response spectrum curve for spectral displacement, Pseudo velocity, and Pseudo acceleration. Construction of the codes design spectral curves. Orthogonality properties of the mode shapes. Normalization of the mode shapes. Modal superposition method. Analysis of shear frames using modal superposition method. Response spectrum analysis for building subjected to earthquakes.