The study of newly established approaches to control soil liquefaction: An overview

Abstract

As a result, continuous decrease in effective stress and increase in pore water pressure, liquefaction that is triggered by earthquakes can harm the foundation of existing building and other structures and cause large financial losses. Numerous earlier studies looked into ways to control sand liquefaction while lowering costs, negative effects on the ecology, and other related problems. Recent advances in Materials science and interdisciplinary methods have made novel materials readily available that can be used to increase liquefaction resistance and enable other liquefaction prevention techniques. studies into the recently studies into the recently technologies are examined in this work in order to bring up some crucial issues and inspire additional study and discussion. To have a firm understanding of the development of liquefaction resistance, The review first looked at and discussed the qualities of the recently created approaches, the efficiency of the mitigation mechanism, potential control difficulties. The relevance and homogeneity in soil together varying sizes, as well as potential disruption to surrounding structures, are then explored. Additionally, a brief description of the probable cost and length of the site construction mitigation measures is provided. The reader will thoroughly comprehend the liquefaction mitigation research trend after reading this review; they will also be able to further investigate new approaches and techniques that may be efficient, simple to implement on-site, inexpensive, environmentally amiable, and extremely durable. This research suggests long-term in-depth studies on quantitative cost evaluation, length time, and mitigation effectiveness.