The 3DEXPERIENCE platform is Dassault Systèmes' tool that brings the entire engineering and manufacturing workflow from conception to obsolescence under a single umbrella. The objective of the platform is to make the 3D model the source of truth for anything someone at a company needs to know or do about the product. This means there is a closed loop for every stage of product development. Specifications, concept models, prototypes, simulation results, manufacturing data, and so on are all linked to the same product model.
The Systems Engineering community is enamored with MBSE, and rightfully so. Model-Based Systems Engineering provides a host of benefits over traditional Systems Engineering, but it can be difficult to capture the benefits in a way that people new to the subject can understand. This article captures the high-level benefits of MBSE without getting overly technical, allowing a fluid introduction to the topic. Most of the benefits commonly discussed surrounding MBSE are a product of the three pillars of Model-Based Systems Engineering: the modeling language, the modeling methodology, and the modeling tool.
Many companies move from CATIA V5 to 3DEXPERIENCE CATIA because of its powerful collaborative features, cloud database, and live updates. In this article, we review some helpful tips when transitioning to the 3DEXPERIENCE platform and highlight features that will make your life as a designer easier.
Requirements are most often mastered on the 3DEXPERIENCE Platform using 3DEXPERIENCE Requirements Engineer. To leverage those same requirements downstream in model-based systems engineering (MBSE) tasks, you must import them into CATIA Magic Cyber Systems Engineer. Here is how you do that using CATIA Magic’s Data Hub Exchange.
CATIA V5 (desktop-based) and 3DEXPERIENCE CATIA (platform and cloud-based), are top-of-industry CAD tools developed by Dassault Systèmes. CATIA's history with automotive and aerospace has made it especially suitable for certain design and manufacturing situations that are becoming more prevalent in other industries that may tend toward different CAD solutions. In this blog, see why many designers choose to supplement their current design solution with an upgrade to CATIA. We'll cover functionalities CATIA is known for, including the handling of large assemblies, surfacing, systems engineering, and composites, while touching on some additional capabilities.
Many CATIA V5 users are transitioning to 3DEXPERIENCE CATIA for its collaborative features, cloud database, and live updates. This article highlights some of the key advantages of 3DEXPERIENCE CATIA.
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?
There are various techniques in CATIA V5 for modeling. While there are multiple ways to achieve most model features, some methods are more efficient and stable than others. Here are my top 5 favorite tips I have picked up in my 30 years of experience using CATIA.