Finite Element Analysis and Topography Optimization of Lower Arm of Double Wishbone Suspension Using Abacus and Optistruct

Abstract. The intensive investigation of structural behavior of cylindrical concrete shell is carried out by using finite element method of analysis. The linear elastic analysis

This section presents the formulation for optimum design of laminated composite tubes subjected to axisymmetric loads (internal and/or external pressure, axial force, torsional

Design optimization of composite laminated structures using genetic algorithms and finite element analysis. A simple and effective element for analysis of general

The objective of this work is to provide a reliable numerical model using the finite element method (FEM) for the static and dynamic analysis of reinforced concrete (RC)

Static Design Factor Analysis of Suspension System The static design factors of the suspension system are caster angle, camber angle, toe angle and kingpin inclination angle

Then, topol- ogy optimization of the initial stiffened panel was for- mulated based on the variable density method to maximize the fundamental frequency, taking the stif- feners as

social assistance. The protection of jobs within some enterprises, cooperatives, forms of economical associations, constitute an efficient social policy, totally different from

Results of this research show that by using the nonlinear explicit FE analysis as the structural analysis method and NLPQLP method as the optimization technique,