What we do

Our core business has always been to add value to our clients’ CFD/CAE process chain and to develop customised software to augment their capabilities. Building on our deep technical knowledge and experience, our approach centres on the key aspects that govern the simulation process:

Integration: to create highly automated software which promotes efficient, multidisciplinary simulation across all business areas.

Removal of bottlenecks: to overcome the constraints that prevent rapid and effective simulation within industrial design and analysis environments.

Parallelism: to offer products and solutions based on fully parallelised and scalable software both for rapid turnaround and for medium to large problem sizes.

Robustness and quality: to deliver high-quality and robust integrated simulation workflow on geometries of arbitrary size and complexity.

Customised CFD

Our deep CFD and software development experience allows us to develop and implement simulation software, which we can tailor to the specific requirements of our partners. Our primary product is BOXERmesh, which we develop and sell commercially, but we also work with a wide range of 3rd party software. We maintain active development of our software products, in response to feedback from partners and customers. True to our aim of further promoting practical, fully integrated simulation workflows, we have now extended our core capabilities into the additional areas of geometry handing, editing & management, BOXERgeom and flow solving, BOXERsolve.These two new products are launching at demo level in June 2019.

Applications Engineering:

CFS also provides application support to our range of industrial clients and partners, further improving their capabilities and adding value. We pride ourselves on close and regular customer contact, and have extensive, practical experience in developing and applying:

  • Unstructured mesh generation
  • Geometry management & editing - including mesh deformation techniques
  • CAD import & tessellation for mesh generation, and CAD parameterisation for optimisation
  • Steady/unsteady RANS CFD & LES/DES
  • Conjugate aero/thermal simulation
  • Parallelised software architecture
  • GUI development