The design of retaining walls follows a classic structure. engineer proposes certain dimensions that will be modified until they comply with the regulatory and site restrictions presented by project. This is an iterative process can optimized through new method called generative design. designer codes characteristics project so system creates most appropriate solutions to problem presented. In ...

Based on the salp swarm algorithm (SSA), this paper proposes an efficient metaheuristic for solving global optimization problems and optimizing two commonly encountered geotechnical engineering structures: reinforced concrete cantilever retaining walls shallow spread foundations. Two new equations leader- followers-position-updating procedures were introduced in proposed adaptive (ASSA). This c...

Sloshing due to ground motion develops large pressure on the walls of water retaining tanks. This paper evaluates the efficacy of padded walls on the reduction of sloshing effects in rectangular water storage tanks subjected to ground motion. An analytical solution based on velocity potential function is provided to obtain the response of  rigid and padded wall tanks in terms of the wave elevat...

Since the main purpose of building retaining walls is to hold up slopes, calculations are important during design process. Although static loads that affect generally taken into consideration, dynamic effects should also be marked in our country located earthquake zone. Within scope this study, stability checks were performed by taking subjected and wall designs made.
 In behavior construc...

The results of the master's research on calculation and construction gabion retaining wall are given. influence various factors its stability analyzed