Abaqus is the FEA (Finite Element Analysis) solver of choice for challenging nonlinear structural analyses. Companies of all sizes in every industry leverage the powerful features of Abaqus to produce better products, faster.
“We chose a 3DEXPERIENCE Works Simulation solution because it’s cloud-based, which supports our remotely located engineering organization, works seamlessly with SOLIDWORKS design data, and incorporates the Abaqus Explicit solver, which is best suited for the types of simulation studies that we need to conduct on our parts, which can involve hyperelasticity, creep, fatigue, and contact.”
– Thomas Morgan
Abaqus/CAE is an easy-to-use, all-inclusive Abaqus work environment for Windows and Linux. It provides pre-/post-processing capabilities and job launching/monitoring in one interface.
Abaqus/Standard is a high-accuracy implicit FEA solver for static and low-speed dynamic events. It covers a wide range of analysis types both independently and in combination.
Abaqus/Explicit is a robust explicit FEA solver for severely nonlinear transient events. Users benefit from sophisticated nonlinear material modeling and automatic-but-customizable contact definition for the entire model.
The official cloud compute service for Abaqus, powered by 3DEXPERIENCE, allows desktop Abaqus users to solve large models fast, without having to buy, maintain, and license software for expensive servers.
3DEXPERIENCE Structural brings Abaqus to the 3DEXPERIENCE Platform. It includes the same powerful Abaqus solvers but in a new cloud platform setting.
New purchases of Abaqus include an Extended Portfolio of companion tools:
Advanced fatigue analysis based on your Abaqus results files.
Topology, shape, bead, and sizing optimization based on your Abaqus results files.
Open-ended framework for integrating design and simulation models across multidisciplinary tools.
Not ready to purchase and learn Abaqus yourself? Meet with our CAE consulting team to discuss short- or long-term projects we can help with.
CST Studio Suite provides a set of high- and low-frequency electromagnetic simulation solvers built with accuracy, speed, and usability in mind.