Get in touch today to find out more about how FloEFD software can transform your business practices.
Simcenter FloEFD software deepens understanding of fluid behaviour by front loading the computational fluid dynamics (CFD) 3D simulation. It enables you to discover the best product design and functionality early on in the design process, therefore saving time and expenses. You are able to gain insight into the temperature variations and flow dynamics by analysing multi-parametric studies and utilising the intelligent algorithms.
Input a range of constraints in order to meet requirements and engineering guidelines. Test your products fluid behaviour using 100 different scenarios to identify the optimal operation scenario. Evaluate numerical data, graphs, images and animations, as well as select other plot goals and compare results. This testing is a key benefit of the digital twin and enables you to pick the most cost-efficient scenario.
Simcenter FloEFD software integrates into your already existing design process without disturbing your current workflow and is proven to increase productivity by 40x. The software is compatible with a number of software interfaces including NX, Creo and CATIA V5. You are also able to convert any FloEFD projects using CATIA V5 models into Siemens NX models, the converted data incorporates CAD model, FloEFD software project information and geometry references.
Voxdale helped speedboat manufacturer Bernico International design a speedboat that would break the world speed record. This was accomplished by
simulating the design of a new Formula 2 class boat through the use of computer-aided engineering, computer-aided design, and the 3D
CAD-embedded computational fluid dynamics tool Simcenter™ FLOEFD™.
Engineering students Daria Sall and Hakan
Yigit at the Karlsruhe University of Applied
Sciences in Germany are learning firsthand
what it’s like using a digital twin
simulation to develop a real-life project.
Mitsubishi needed a methodology to simulate the cooling and mechanical effects of its new nozzle. Would it produce enough cooling? Would the nozzle component be durable enough? As such, engineers and designers assembled an array of computer-aided engineering (CAE) tools to virtually test the new design. For fluid flow and heat transfer analysis, they decided to use Simcenter™ FLOEFD™ software.
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