Advanced Finite Element Analysis for Real-World Engineering Challenges

Abaqus



Overview

Abaqus is a comprehensive Finite Element Analysis (FEA) software used for simulating complex engineering problems across industries. It offers a wide range of element and material models to analyze metals, polymers, concrete, glass, foams, and geotechnical materials under various conditions.

Beyond stress analysis, Abaqus supports heat transfer, mass diffusion, acoustics, piezoelectric, and electrochemical simulations, either independently or coupled. Its modular and flexible design allows users to combine diverse materials, elements, and loading scenarios, enabling realistic, constraint-free simulations from static to dynamic analyses.

Features

Empower engineering innovation through advanced finite element analysis and high-performance computing.

Comprehensive FEA Capabilities

Solve linear, nonlinear, static, and dynamic problems with precision.

Diverse Material Modeling

Simulate metals, composites, polymers, concrete, and more.

Multiphysics & Coupled Simulations

Perform static, dynamic, thermal, and fully coupled analyses.

Advanced Contact & Interaction

Accurately model friction, impact, and complex assembly behaviors.

High-Performance Computing Integration

Run large-scale simulations efficiently with HPC support.

Applications

Deliver reliable performance insights across industries with advanced FEA simulation.

Automotive & Aerospace

Optimize structures for strength, safety, and crash performance.

Civil & Structural Engineering

Analyze bridges, buildings, and geotechnical systems.

Manufacturing Processes

Simulate forming, welding, and additive manufacturing operations.

Energy & Industrial Equipment

Assess fatigue, durability, and heat transfer in critical components.

Biomedical Engineering

Model bones, tissues, and implants for medical innovations.