Composite Analysis functionality has long been enabled by powerful solvers like Abaqus, and the foremost composites design tool is CATIA. Both solutions are industry leaders, and the advent of the 3DEXPERIENCE Platform has enabled these functionalities to be merged into a single solution for a Modeling and Simulation (MODSIM) unified workflow for all of your composites needs.
The word “generative” has certainly risen in popularity over the last couple of years. Most people probably jump to “generative AI”, which is usually understood to mean sitting in front of a computer, making a relatively simple request (often a text prompt), and – with no direct involvement in the generation process – receiving a complete output that matches that request, be it a piece of writing, an image, a song, or even a video. But what about in the design and engineering world?
In 3DEXPERIENCE, a dashboard displays content and resources for any topic or activity you are a part of in your company. Every dashboard is made up of Tabs that contain Widgets/Apps that are used to perform different tasks. The Widgets/Apps listed in each of these tabs depend on what Roles you have access to.
Dassault Systémes' robust cloud compute environment can solve Abaqus simulation jobs on up to 192 cores. This cloud solver, housed on the 3DEXPERIENCE Platform, is fully elastic, enabling unlimited computational resources to simulation analysts. Additionally, this cloud environment offers substantial advantages to simulation users regarding cost-effectiveness and productivity. In this article, we discuss how users can run simulation jobs on the cloud with the 3DEXPERIENCE Platform.
Are you headed to Dallas for 3DEXPERIENCE World 2024? We hope we’ll see you there! Here’s everything GoEngineer will be up to all week: our Customer Party, more than a dozen technical presentations, and more!
This article is part four of a five-part blog series that provides guidance on how to optimize your workstation purchase for different CAD workflows. This blog covers flow simulation—often referred to as CFD (Computational Fluid Dynamics).
Designing rotating machinery requires a thorough analysis of potential vibrational feedback that could occur in the system during operation. If proper precautions are not taken, excessive vibrational excitations in rotating systems can create catastrophic failures. In this article, see how we used 3DEXPERIENCE STRUCTURAL roles and Abaqus FEA software to perform an analysis workflow focusing on the identification of critical speeds where large vibrational excitations are most likely to occur.
The Fluid Dynamics Engineer Role on the 3DEXPERIENCE Platform allows users to select between three turbulence models: Spalart-Allmaras, SST k-ω, and Realizable k-ε. In this article, we'll break them down to help you gain a better understanding of the differences between them and the strengths and limitations of each.
As advanced simulation software like Abaqus becomes ever more important to developing highly competitive products, manufacturers are looking for ways to expand their FEA capabilities. Many of those manufacturers may begin by looking to hire FEA or CFD or emag simulation engineers, but this may not be the most cost-effective approach.