Gelatin Modeling Methods for the Study of Foundation Dynamics Ground Motion, and Seismic Phenomena

摘要

The objective of this study was to assess by means of a literature review the state-of-the-art in gelatin modeling methods to determine if they can be successfully exploited for solving difficult problems in the field of foundation dynamics, ground motion, and seismic phenomena. Important practical problems such as the influence of multiple layers, variable thickness of layers, and rough interfaces on ground motion and seismic wave propagation might be formulated, studied, and evaluated with these techniques. Gelatin modeling holds promise for effective use in the study of alternate remedial approaches for the stabilization of existing foundations that may become inadequate for future operational requirements. (Author)