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This book is a comprehensive guide for researchers, students, and practitioners in earthquake engineering and seismic analysis. It explores seismic behavior dynamics, innovative passive control systems, and experimental methodologies for enhancing structural resilience.Authored by Avon Dobariya, a seasoned technical assistant with over a decade of expertise in earthquake and seismic analysis, this book highlights his significant contributions to the field. Avon's involvement in experimental studies, including dynamic testing of masonry walls and structural elements, and his ability to develop…mehr

Produktbeschreibung
This book is a comprehensive guide for researchers, students, and practitioners in earthquake engineering and seismic analysis. It explores seismic behavior dynamics, innovative passive control systems, and experimental methodologies for enhancing structural resilience.Authored by Avon Dobariya, a seasoned technical assistant with over a decade of expertise in earthquake and seismic analysis, this book highlights his significant contributions to the field. Avon's involvement in experimental studies, including dynamic testing of masonry walls and structural elements, and his ability to develop working prototype models for earthquake engineering labs, serve as the foundation of this work. His mastery of advanced software tools such as STAAD.Pro, ETABS, SAP2000, MIDAS Civil, and SeismoStruct brings a unique, applied perspective to the theories and practices presented.Reflecting both his extensive professional experience and passion for mentoring students, this book combines experimental insights, advanced software applications, and collaborative expertise to advance the understanding and application of seismic engineering principles.
Autorenporträt
Avon Dobariya, technical assistant at Marwadi University's Earthquake and Seismic Analysis Lab, has 10+ years of expertise in seismic analysis, experimental research, and software tools like STAAD.Pro, ETABS, and SAP2000. Known for innovative prototypes and guiding students, his work advances earthquake engineering and inspires future researchers.