Resource Library
CATIA
CATIA is used across a variety of industry sectors including aerospace, automotive, plant design and consumer goods to support all phases of the product development process, shortening development cycles and bringing new products to market faster.
3DEXPERIENCE Start-Up Program: A Complete Product Development Suite for Start-Ups
With our 3DEXPERIENCE Start-Up Program, you can harness the power of the 3DEXPERIENCE used by industry leaders such as Renault, Boeing, Airbus and many more at a fraction of the cost.
TriMech Acquires Adaptive Corporation and Forward Vision
TriMech strengthens position as preferred strategic partner to advanced engineers and manufacturers across North America
Trek Bicycles Expand Realistic Simulation to Enhance Designing
Learn how Trek Bicycles used SIMULIA simulation software to help take its bikes to the next level of performance without over designing.
Design, Develop, and Deliver Innovation with efficiency through a Single Cloud Solution
With tools for design and engineering, project planning, and simulation, 3DEXPERIENCE allows you to Design, Develop, and Deliver Innovation all within a single, cloud-based platform.
How to Accept First Administrator Invitation for the 3DEXPERIENCE Platform
Once you have purchased Roles in the 3DEXPERIENCE Platform, you now need to know how to “turn it on” and use it. There are a few key pieces of information that will make your Platform experience go smoothly.
Xos Decarbonize Truck Deliveries with the 3DEXPERIENCE Platform
Los Angeles-based Xos is on a mission to decarbonize commercial transportation and facilitate fleet owners’ seamless transition from traditional internal combustion engines to 100% battery-electric.
Volvo Trucks North America use SIMULIA analysis to achieve sustainable transport solutions
Learn how Volvo Trucks North America is driving sustainability through Virtual Twin Technology, while enhancing Aerodynamic Performance with Advanced Fluid Simulation.
Round & Round: Modeling Closed Loop Vehicle Systems
Learn how we model closed loop vehicle systems to determine the time spent at a station, vehicle spacing, assembly sequence, battery charge, and rework versus rebuild decisions.