SIMULIA Resource Center

Find everything that you need on SIMULIA 

Contact us
Visit a SIMULIA user community
There are 1353 results

Design Simulation powered by proven world-class Abaqus Realistic Simulation technology in a seamless, intuitive, and modern user interface within the 3DEXPERIENCE® platform.

Structural Designer provides intuitive design simulation-based guidance during product design process to easily get the technical insights needed for informed design decisions.

The Living Heart Human Model is a breakthrough computational model capable of simulating the realistic electromechanical behavior of a beating human heart.

Events

All SIMULIA Events & E-Seminars

E-Seminars

All SIMULIA Events & E-Seminars

From the communities

Join a SIMULIA user community

Come and explore the excellent range of customer presentations on MBS topics from our user events in 2024!CustomerPresentation title BiomotionMusculo-Skeletal Model of the Human Cervical Spine in Applications with Repeated Shocks or High G-Forces with SimpackDaimler TruckIncrease of computation efficiency of co-simulation between a SIMPACK MBS-vehicle model and a multi-physics transmission model u

Come and explore the excellent range of customer presentations on Structures topics from our user events in 2024!CustomerPresentation title Bechtle PLM Deutschland GmbHCan it be a bit more?! The everyday life of food packaging and their solutionsBilsteinTopology Optimization of a Lower Damper Linkage with Focus on Nonlinear Buckling Solution: An Industrial Application of Abaqus and Tosca Structure

Come and explore the excellent range of customer presentations on Fluids topics from our user events in 2024!CustomerPresentation title AEHRA AUTOMOBILIAerodynamic Analysis of AEHRA's Sedan Model Using SIMULIA PowerFLOWAirbusAeroacoustic Study of a Twin-Turboprop Aircraft using the Lattice-Boltzmann MethodCRRC Changchun Germany Rail TechAeroacoustic Simulation of a High-Subsonic Maglev Train: Far

The test data shown above is "synthetic" data created by running Abaqus with this material model:This post demonstrates the calibration of a UMullins user subroutine using the Numerical mode of the 3DExperience Calibration App. The UMullins user subroutine capability was added in R2025xFD01. The video below was created using the public cloud, R2025x HotFix 1.22 The Fortran source code for this ex

Come and explore the excellent range of customer presentations on Electromagnetics topics from our user events in 2024!CustomerPresentation title Airbus Defence and SpaceTowards a Simulation Workflow for the Characterization of Eddy Current induced magnetic Moments in Satellite StructuresBeepingsL'enjeu du prototypage dans L'IoT avec CSTCommScopeTailoring the Frequency Response of Microwave Filter

Traditionally in Abaqus most of the user subroutines support the idea of putting information on the data lines and this information is passed to the user subroutine. For material model related user subroutines this information is typically material model parameters. An example from 2019 of using the Calibration App for a UMAT calibration in this traditional way is shown in this post:UMAT calibrat

1 / 6

Customer stories

There are 116 results

Supported by the Keep Them Operating industry solution experience on the 3DEXPERIENCE platform, NIAR will take the B-1 Lancer aircraft completely apart, scan every single structural element and digitally reassemble the aircraft to create virtual twins for future sustainment activities.

Finish turnkey solutions provider Premekon adopted the 3DEXPERIENCE platform to develop more sustainable products more efficiently.

Innovative training powered by augmented reality and virtual twin technology transforms infection prevention at Saint-Louis Hospital AP-HP.

Discover how Otto Aviation will bring to market the world’s first transonic super-laminar aircraft.

Blogs

Read the SIMULIA blog on the latest news and innovations from our experts.

Visit the SIMULIA Blog

Vibration on PCBs can cause undesirable noise and interference between components. Simulation can reveal the sources of vibration and help designers to develop countermeasures. In this blog post, learn how a coupled physics virtual twin can simulate electromagnetic, structural, and vibro-acoustic effects and the cause-effect coupling that causes vibrational interference.

1 / 4

SIMULIA Self Learning

We provide hundreds of self-learning modules so you can continue to learn at your convenience

Access self-learning library

Connect with SIMULIA

Learn What SIMULIA Can Do for You

Speak with a SIMULIA expert to learn how our solutions enable seamless collaboration and sustainable innovation at organizations of every size.

Contact us
Visit user community

Get Started

Courses and classes are available for students, academia, professionals and companies. Find the right SIMULIA training for you. 

Find training

Get Help

Find information on software & hardware certification, software downloads, user documentation, support contact and services offering

Get support
Get services