Geotechnical Earthquake Engineering: Simplified Analyses with Case Studies and Examples

An overview of geotechnical earthquake engineering, focusing on simplified analysis methods for practical design. It introduces foundational models such as the point and planar source models for energy release and Newmark’s sliding block model for slope displacement. The material details essential soil properties—including cyclic shear stiffness, damping, and liquefaction potential—while explaining how these factors influence ground stability. It further addresses seismic hazard assessment, discussing how earthquake magnitude, distance, and soil layering affect ground motion. The work emphasizes that while ground motion is chaotic and unpredictable, simplified tools allow engineers to perform rapid parametric studies and verify complex numerical results. Ultimately, the text serves as a guide for both geotechnical and structural engineers to communicate effectively and assess seismic risks to infrastructure.

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