Finite Element AnalysisSimulation, Modeling and Optimization of Structures

FEA Simulation and Structural Optimization of a Complex Column

Finite Element Analysis (FEA) was applied to optimize the structural design of a complex column made from S235 sheet metal.

The objective was to reduce weight by selecting an appropriate thickness while maintaining mechanical performance and introducing displacement criteria.

Thickness variants ranging from 8 to 16 mm, in 2 mm increments, were evaluated through simulation to model the column’s behavior under load and to achieve an optimal balance between structural integrity and material efficiency.

Glass Panel Analysis Using FEA

A structural analysis of a glass panel was conducted to optimize thickness based on predefined dimensions and geometry. Thickness values ranging from 10 to 20 mm were evaluated in 2 mm increments using Finite Element Analysis (FEA). The Von Mises stress criterion was applied under a load of 2000 N, with a permissible deflection of 4 mm.

The objective was to achieve a balance between structural integrity and material efficiency

Joint Connection Analysis Using FEM

A FEM analysis was conducted on a steel joint composed of an SHS 320×320×12.5 mm profile, connected via a plate and 12 M24 bolts.

The simulation aimed to evaluate the mechanical performance of the connection under load, including stress distribution, deformation, and bolt efficiency. The analysis supports structural safety optimization and long-term durability of the joint.