Introduction to computational earthquake engineering

Introduces research topics in earthquake engineering through the application of computational mechanics and computer science. This work covers topic that discuss the evaluation of earthquake hazards such as strong ground motion and faulting through applying advanced numerical analysis methods, useful for estimating earthquake disasters.

# Preliminaries:<p/># Solid Continuum Mechanics<p/># Finite Element Method<p/># Stochastic Modeling<p/># Strong Ground Motion:<p/># The Wave Equation for Solids<p/># Analysis of Strong Ground Motion<p/># Simulation of Strong Ground Motion<p/># Faulting:<p/># Elasto-Plasticity and Fracture Mechanics<p/># Analysis of Faulting<p/># Simulation of Faulting<p/># BEM Simulation of Faulting<p/># Advanced Topics:<p/># Integrated Earthquake Simulation<p/># Unified Visualization of Earthquake Simulation<p/># Standardization of Earthquake Resistant Design<p/># Appendices:<p/># Earthquake Mechanisms<p/># Analytical Mechanics<p/># Numerical Techniques of Solving Wave Equation<p/># Unified Modeling Language

# Preliminaries:<p/># Solid Continuum Mechanics<p/># Finite Element Method<p/># Stochastic Modeling<p/># Strong Ground Motion:<p/># The Wave Equation for Solids<p/># Analysis of Strong Ground Motion<p/># Simulation of Strong Ground Motion<p/># Faulting:<p/># Elasto-Plasticity and Fracture Mechanics<p/># Analysis of Faulting<p/># Simulation of Faulting<p/># BEM Simulation of Faulting<p/># Advanced Topics:<p/># Integrated Earthquake Simulation<p/># Unified Visualization of Earthquake Simulation<p/># Standardization of Earthquake Resistant Design<p/># Appendices:<p/># Earthquake Mechanisms<p/># Analytical Mechanics<p/># Numerical Techniques of Solving Wave Equation<p/># Unified Modeling Language.