This book presents an alternative framework for seismic response control based on geo-coupled structural interaction and controlled seismic energy redistribution. The proposed system combines a prestressed, ground-anchored inner core with an elastic external frame, enabling controlled energy dissipation, reduction of relative displacement, and transfer of inertial demand into the surrounding geomass. The approach integrates theoretical mechanics, numerical simulation, and experimental investigation to formulate a coherent design philosophy aimed at reducing seismic damage while maintaining structural integrity. Emphasis is placed on physical transparency, reproducibility of simulations, and practical relevance for contemporary seismic engineering.

Ioannis N. Lymperis is an independent researcher in structural and earthquake engineering based in Ios, Greece. His work focuses on alternative approaches to seismic response control through prestressing and soil–structure interaction. He is the inventor of multiple patented systems related to structural anchoring and hydraulic tensioning mechanisms. His research integrates analytical modeling, numerical simulation, and experimental investigation, aiming to develop physically consistent and practically applicable solutions for seismic design.