Buy DS Simulia Abaqus Software

Product Overview

SIMULIA Suite is an integrated computer-aided engineering platform combining Abaqus finite element analysis, Tosca structural optimization, fe-safe durability analysis, and Isight process automation into a unified system. It performs linear and nonlinear finite element analysis, topology and shape optimization, multiaxial fatigue assessment, and multidisciplinary design studies for structural simulation targeting design engineers, CAE analysts, and optimization specialists.

The suite delivers comprehensive workflows for mechanical product validation, component optimization, and durability prediction across automotive, aerospace, industrial equipment, and medical device applications. Engineers use integrated Abaqus/CAE modeling environment to define analysis parameters, run optimization studies through Tosca Structure, calculate fatigue life with fe-safe postprocessing, and automate complex workflows using Isight process flows for desktop engineering workstations.

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SIMULIA Suite Key Features

• Implicit and Explicit Solvers: Apply Abaqus Standard for static and quasi-static analysis with high accuracy, and Abaqus Explicit for high-speed dynamic events like crash and impact testing to evaluate product behavior under transient loading.
• General Contact Detection: Define complex assembly interactions automatically with robust contact capability to model large part assemblies without manual contact pair specification for industrial and aerospace components.
• Advanced Material Modeling: Model elastomers, composites, metals with hyperelasticity, plasticity, creep, and damage evolution to simulate real material behavior and failure modes under realistic loading conditions.
• Topology Optimization: Apply Tosca Structure topology algorithms to remove unnecessary material and identify optimal structural layouts, reducing weight while maintaining stiffness and strength for lightweight design exploration.
• Shape and Sizing Optimization: Refine geometry and shell element thickness using Tosca morphing and sizing modules to balance performance, material usage, and manufacturing constraints without parametric model regeneration.
• Multiaxial Fatigue Analysis: Calculate fatigue life with fe-safe using multi-axis stress states, stress concentrations, and mean stress effects to predict durability and identify critical failure locations in welded and base material regions.
• Weld Fatigue Assessment with Verity: Apply fe-safe Verity™ structural stress method for mesh-independent fatigue prediction of welded joints, spot welds, and seams to optimize joint design and eliminate premature weld failures.
• Elastomer and Rubber Fatigue: Use fe-safe/Rubber specialized algorithms for elastomer durability analysis to predict rubber seal, gasket, and component fatigue life under cyclic deformation and thermal cycling.
• Process Automation with Isight: Chain multiple simulation models across Abaqus, CAD software, and external tools in automated workflows to execute thousands of design variations and identify optimal parameters through Design of Experiments.
• Multi-Disciplinary Optimization: Combine structural, thermal, and fluid analysis results using Isight to optimize designs across competing performance objectives and manufacturing constraints simultaneously.
• CAE/CAD Associativity: Link Abaqus models to CATIA and SolidWorks designs with parametric associativity to propagate geometry updates automatically while preserving analysis features and material properties.
• High-Performance Visualization: Post-process large-scale FEA results with advanced rendering, deformation animation, stress contours, and iso-surface extraction to communicate complex analysis findings and validate designs with stakeholders.

SIMULIA Suite Applications