Structural analysis and optimization software is a fully integrated analysis and design optimization software package, written by leading experts in structural optimization. Finite element analysis is based on the finite element method for static, normal modes, direct and modal frequency analysis, random response analysis, heat transfer and system buckling calculations. Structural optimization types include sizing, shape, topology, topometry, topography and freeform optimization. Special advanced features include multi-model optimization (MMO) and reliability-based optimization (RBO).
A general purpose multidiscipline design optimization and process integration software. It is a tool for design process definition, integration, execution, and automation. The design modules included are:
- Multidiscipline design optimization
- Design of experiments
- Response surface approximation
- Probabilistic (Robust and Reliability-based) analysis
An optimization software that couples GENESIS optimization to the LS-DYNA®(*) Nonlinear Analysis. ESLDYNA is based on the Equivalent Static Loads (ESL) method which takes advantage of the capability of GENESIS to solve large scale optimization problems based on the responses from a nonlinear finite element analysis. It also helps to significantly reduce the design time by identifying high-performance designs with five to ten nonlinear analyses.