Abstract

Abstract: The widespread use of the retaining wall has encouraged research for appropriate, clean, quick and expense large wall construction technologies. Mortar's lower technology is particularly promising among several technologies that employ interconnecting bricks. This is done easily with the notion and execution of wall sustainability against soil strain. One such model closer to the sustainability of the wall was the study done and illustrated in this article. The layout notion of the interconnecting structure block and its application as a wall are examined in this study. The walls have their strength characteristics tested using ansys software. Similarly, the use of the particular interconnecting construction block below does not raise electricity more handy, but further minimises the amount of human effort. Such blocks may transfer from one location to another without any problem. In this study, the interconnecting generation of walls and in particular, the impactof a brick layout on wall accuracy and wall conduction (precept strain, deformation) while positioning lateral forces is ready for improvement. This is an opportunity to enhance wall construction. This study comprises of an analysis of a wall includinginterconnecting structurally blocks and evaluation of the RCC wall for several design limits.Keyword: Retaining Walls, Precast Elements, Stability, ANSYS