Comprehensive physics in a single intuitive interface
Traditionally, when choosing CFD software, a compromise had to be made between ease-of-use and comprehensive physics and accuracy. STAR-CCM+ breaks that mould, offering unparalleled usability combined with an intuitive tree structure and a full range of physical models with proven accuracy.
  • STAR-CCM+ offers a range of state-of-the-art technologies for volume mesh generation including the pioneering polyhedral mesh type as shown here on an innovative unmanned aerial vehicle.
  • STAR-CCM+ can be used to design and gain a better understanding of the operating performance of turbomachinery. Shown here is a polyhedral mesh on a turbo-compressor.
  • STAR-CCM+ has a Discrete Element Modeling capability which allows for the simulation of individual particles such as dirt and mud. DEM is especially suited for design of bulk materials and process equipment such as mining trucks, making sure they operate as efficiently as possible.
  • STAR-CCM+ was used to carry out an external aerodynamic analysis on a Renault R28 race car in order to improve its performance on the track.
  • A 6 cells module was analyzed in STAR-CCM+. Prismatic wound cells were used and the ohmic heating was solved in the cells connectors. This image shows the temperature distribution on the pack and on the air flow streamlines.

STAR-CCM+ seamlessly fits into your existing process to give you the power to handle your most complex engineering problems in a unique single integrated software environment which is easy to learn, use and remember. Designed with extensive feedback from our customers, STAR-CCM+ is an intuitive and modern analysis environment which guides users effortlessly through setting up, running, and analyzing complex engineering simulations.

"The overall product is easy to learn and use, the manuals and tutorials are thorough, and the GUI is universally liked and can be described as excellent."  Ivar Iversen, Technical Director, Prospect Flow Solutions

STAR-CCM+ significantly increases engineering productivity through a consistent, repeatable and easily automated workflow, allowing professional engineers to spend their time concentrating on actual engineering analysis, rather than geometry preparation, meshing and model setup.
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