4RealSim: your Finite Element software partner
4RealSim is a company specialized in Finite Element Analysis software and consultancy. The company is founded in 2012 by Vincent Bouwman and Gaëtan Van den Bergh, at that time both working for the SIMULIA brand of Dassault Systèmes.
Dassault Systèmes SIMULIA Solution Partner
4RealSim directly became a Dassault Systèmes SIMULIA Solution Partner in the countries Belgium, Netherlands and Luxembourg (BeNeLux). This means that we can sell the nonlinear finite element solver Abaqus, the parametric optimizer Isight, the strain-based fatigue solver fe-safe, the topology optimizer Tosca, the multi-body solver Simpack and the 3DEXPERIENCE platform. Our team, with multiple years of experience in nonlinear finite element analysis, consists of 6 engineers. They are available to solve technical issues you might encounter when using the SIMULIA products or to provide class room trainings (in our office or at the customer site) and mentoring.
4RealSim has a strong base of Dassault Systèmes SIMULIA software customers which are active in the aerospace & defense, architecture & construction, consumer goods, consumer packaged goods, energy, high tech, industrial equipment, life sciences, marine, offshore, consultancy and automotive industry.
Visual Collaboration Technologies Authorized Distributor
Secondly 4RealSim is a Visual Collaboration Technologies Authorized Distributor in the countries Belgium, Netherlands and Luxembourg (BeNeLux). With the VCollab software one can extract and compress key results from finite element analysis output and store it in a neutral CAX file. These CAX formats are vendor neutral, common and ultra-compact, making it ideal to share with colleagues and customers.
Furthermore, 4RealSim is a Collier Distributor to sell HyperSizer Pro and HyperSizer Express in the countries Belgium, Netherlands, Luxembourg (BeNeLux) and France. These software solutions are powerful packages to optimize laminates. In such way, it is possible to determine automatically the optimum thicknesses, ply shapes, ply angles, stacking order, and sandwich cores, based on the results of your finite element solver.