This handbook presents a comprehensive and technically rigorous examination of dam design with a particular focus on earthquake and shock resistance in modern engineering practice. It develops a structured understanding of how large hydraulic structures respond to dynamic forces, integrating principles of structural analysis, geotechnical engineering, and seismic assessment. The handbook combines theoretical foundations with applied methodologies, enabling the evaluation of stability, safety, and performance under extreme loading conditions. It further explores the influence of geological factors, foundation behaviour, and reservoir interactions on structural integrity. Emphasis is placed on risk assessment, failure prevention, and the application of design criteria that enhance resilience and durability. The discussion reflects contemporary engineering challenges, encouraging a systematic and safety-oriented approach to the planning, analysis, and construction of dam structures in seismic regions.

This handbook is intended for engineers, researchers, and advanced students engaged in structural and geotechnical design. It supports the development of analytical skills, technical competence, and practical insight required for designing safe and resilient dam systems under dynamic environmental conditions.