Does this Geotechnical Earthquake Engineering handbook written by Steven L. Kramer provide all detailed concepts and practical information about seismological knowledge? Yes, geotechnical earthquake engineering includes all topics about collapse and deformation of earthquakes related to properties damages, collapses of structures and facilities malfunction due to strong ground deformation.
Therefore, Geotechnical Earthquake Engineering handbook can help you how to predict and analyze ground motion and residual deformation during and after occurrence of earthquake, including the earthquake impact on ground and earth structures. This analysis is based on stress and strain behavior of soil mechanic for seismic and cyclic loading. So we are able to determine the magnitude of effective stress that can withstand contact force on mechanical force of soil grains by considering the history of soil, ages, strength of soil material, and extended rate of loading.
Geotechnical Earthquake Engineering handbook also provides clear explanation on how to observe propagation of subsurface, caused by vibration. This issue is essential to know the performance of such structural building and structures during earthquakes by implementing practice run tests in laboratory with representative of whole ground analysis.
Geotechnical Earthquake Engineering handbook, by Steven L. Kramer is highly recommended to read by all seismology, geotechnical engineering, and structural engineers so they know how to encounter geotechnical seismic problems during earthquakes.
Geotechnical Earthquake Engineering
Steven L. Kramer
There are 1 photos in the Geotechnical Earthquake Engineering Handbook of this excellent Seismic Design area and then . Forget-Not to checkout the complete 1 photos to not miss anything.