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Equip your startup to engineer next-generation EVs from concept to commercialization.

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This bookshelf provides short standalone modules (5-10 min each). Easily find answers you need while completing a 3DEXPERIENCE simulation training for SOLIDWORKS users.

Course Catalog

This course is an introduction to structural and thermal simulations for engineers and designers with the Linear Structural Validation app on the 3DEXPERIENCE platform. It teaches you how to solve linear structural analyses in preparation for evaluating the performance of products during the product development stage.

Course Catalog

This course teaches you how to view lightweight simulation data with the Physics Simulation Review widget in the 3DEXPERIENCE platform dashboard interface. If the native apps user has generated experience content, the reviewer will be able to browse: the mesh, material assignments, scenario content (such as loads and restraints), and results. Results display can include contour plots, streamlines, sensors and charts. You can animate these lightweight results and change way objects in the plots are displayed.

Course Catalog

An accurate means to correlate the response of the mathematical model for structural simulation to test data is important, to modeling real world performance of assemblies. This course will introduce optimization methods in the Material Calibration app used to determine optimized material values, check the goodness of fit and exported materials for use in Abaqus or 3DEXPERIENCE structural simulation.

Course Catalog

The SIMULIA Opera Quench solvers are designed specifically for quench modelling of superconducting coils as the coils become resistive. This course will introduce quench and superconductivity technology. The Opera Quench Thermal and Quench Multiphysics solvers, the material data and analysis options will be covered.

Course Catalog

Properly modeling the inelastic behavior of materials is very important when evaluating the performance of a design in critical loading situations. This course provides a brief overview of the inelastic behavior observed in metals and the basic concepts of plasticity theory. The course shows Abaqus users how to model various forms of metal plasticity using a combination of examples and workshops to demonstrate the material models and the type of experimental data necessary to calibrate them. The assumptions and limitations of the various plasticity and creep models are also discussed.

Course Catalog

Design improvement studies allow engineers to find the best design while varying design parameters. Using the Parametric Design Study Essentials or Parametric Design Study app, you can easily author, monitor and postprocess a parametric design improvement study based on an analysis case for a single physics simulation object or a geometrical model. Physics simulations from which the user initiates a study can be either: structural analysis case or durability analysis case.

Course Catalog

This course describes the set of tools provided by PowerDELTA to edit CAD/Mesh data, in order to obtain watertight meshes as required by PowerFLOW. Each tool is explained within the context of the recommended geometry preparation process.

Course Catalog

This two day course covers Opera’s capabilities for designing and simulating magnet technology applications, typically for MRI and NMR magnet systems, particle accelerator magnets, electron beam lithography and microscopy, spectroscopy, ion implanters and others. Throughout this advanced course you will extend your knowledge of simulations using Opera, both 2d and 3d, to modeling of magnets in various applications and postprocessing of the results.

Course Catalog

This course is an introduction to results visualization and postprocessing with the Physics Results Explorer app on the 3DEXPERIENCE platform. This allows designers and engineers to view and evaluate simulation results from disciplines such as structures (including composites) and fluids.

Course Catalog

Discover how Meudon uses Dassault Systèmes’ Virtual Twins to design cooler, climate-resilient spaces with community-driven, science-based urban planning.

Customer Story

Airbus Helicopters enhances innovation with the 3DEXPERIENCE platform, streamlining simulation process and data management from design to certification.

Customer Story

Canray Transportation boosts sustainability with the 3DEXPERIENCE platform, delivering right-first-time rail interiors using CATIA, ENOVIA, DELMIA and SIMULIA.

Customer Story

The ePlane Company uses the 3DEXPERIENCE platform’s cloud-based, integrated environment to develop an eVTOL aircraft for urban air mobility built specifically for the challenges of urban traffic.

Customer Story

Discover how Sujan Contitech uses the 3DEXPERIENCE platform and MODSIM to innovate anti-vibration components and reduce product design cycles by 20%.

Customer Story

VAERIDION uses Dassault Systèmes’ 3DEXPERIENCE to accelerate electric aircraft design, certification, and development of its zero-emission Microliner.

Customer Story

BIAD uses MODSIM to set new benchmarks in smart hospital architecture, improving patient experience and processes with advanced design and simulation.

Customer Story

The 3DEXPERIENCE platform supports the India-based company in engineering over 100 unique intellectual property breakthroughs across robotics, aerospace and advanced materials.

Customer Story

Kobelco Construction Machinery leverages the Single Source for Speed and Integrated Heavy Machinery solutions to optimize design processes and improve access to information across its organization.

Customer Story

UniSQ researchers use Cleared to Operate and Co-Design to Target solutions to digitally transform composite materials' repair in aircraft.

Customer Story

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.

Customer Story

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

Customer Story

Reconfigurable intelligent surfaces, or RIS, sit at one of the most interesting intersections in modern wireless engineering. They draw on metamaterials, electromagnetic (EM) design, signal processing and high-performance computing, all in service of a deceptively simple idea. You can take a flat, low-power panel and make it behave like a steerable antenna. That promise is what makes RIS so relevant to satellite communication. Low-Earth Orbit (LEO) constellations are now real, ground terminals are being asked to do more in smaller packages, and 6G is starting to take shape on the horizon. RIS is moving from research papers into practical antenna systems and simulation is the bridge that gets it there. To explore where the technology stands today, Jonathan Oakley, Director of High-Tech Industry Enablement at Dassault Systèmes, sat down with Rodrigo Enjiu, Global High-Tech Industry Senior Specialist at Dassault Systèmes, to talk through the physics, the simulation workflow, and what comes next.

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From supersonic cavity acoustics to multi-physics drone optimization, how PowerFLOW addresses the simulation challenges unique to military aircraft — and why the extreme requirements of the defense industry make it an ideal fit for LBM.

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SIMULIA had the privilege of interviewing Michael Wollitzer of Rosenberger during the EuroCentral 2025 SIMULIA Regional User Meeting about his presentation: Efficient development by virtual prototyping: A connector manufacturer’s view.

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Validation is the currency of aerospace engineering. Through the AIAA High-Lift Prediction Workshop series and a 15-year NASA partnership on airframe noise, Exa’s high-speed LBM solvers proved they could handle the flows that traditional CFD cannot.

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How the Lattice-Boltzmann method became a CFD powerhouse — and how pushing it beyond its original limits is changing the way military aircraft are developed.

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We had the opportunity to interview David Martin, Senior Principal Engineer at Medtronic, at the 2025 SIMULIA EuroNorth Regional User Meeting (RUM) about his presentation: Role of Modelling & Simulation Tools in the Development of Transcatheter Heart Valve Devices at Medtronic | EURONORTH RUM 2025. Hear how Medtronic is using SIMULIA Abaqus’ structural simulation to aid in the development of live-saving transcatheter heart valves.

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Learn about the critical role of simulation-led engineering in advancing quantum computing beyond laboratory prototypes and how Dassault Systèmes’ MODSIM approach integrates modeling and simulation into the design process, enabling engineers to tackle complex, multiphysics challenges virtually. By adopting this methodology, the industry can accelerate innovation, reduce costs, and pave the way for scalable, practical quantum systems.

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Discover an overview of the recent enhancements within the Abaqus solvers and new 3DEXPERIENCE features from the latest 2026x releases.

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SIMULIA had the privilege of interviewing Norbert Schroeder of BMW at the EuroCentral 2025 SIMULIA Regional User Meeting about his presentation Lightweight Rollerbearing Seats: Investigation and Optimization with Simpack, Tosca and Abaqus.

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This blog explores the critical role of output filtering in Abaqus/Explicit and Abaqus/Viewer, emphasizing its importance in reducing noise and ensuring accurate interpretation of simulation data. It explains the challenges of aliasing, a phenomenon where insufficient sampling rates distort data, and provides practical solutions through runtime and post-processing filters. By mastering these techniques, engineers can achieve clean, reliable data that accurately reflects the physical behavior of their models, enabling sound design decisions.

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By integrating design and simulation, SIMULIA empowers automotive OEMs, startups, race teams and suppliers to innovate faster and more efficiently. Our solutions help you deliver the safe, comfortable and high-performance vehicles your customers expect.

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In this article, we show how simulation can enhance submarine hydrodynamic performance by optimizing efficiency, reducing drag, and analyzing acoustic effects and wake tracking. We demonstrate workflows in SIMULIA PowerFLOW for analyzing submarine hydrodynamics throughout development on the DARPA SUBOFF benchmark. We will show how hull drag and propeller performance can be analyzed both in isolation and installed, with excellent agreement between benchmark measurements and simulation data.

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