• Welcome to the World of Fast Morphing!

  • Design Methods

    Sailing faster and faster. Powered by mesh morphing.

  • HSL

    Flow-sculpted surfaces for reduced pressure drop. The right choice for engine runners and air distribution systems.

  • Piaggio Aerospace

    Reduced engine noise, improved aero efficiency and fuel economy for greener aircrafts.

  • Pipistrel

    Increased gliding span thanks to efficient wings.

  • Dallara

    Performance matters! High accuracy FSI simulations make motorsport aero development more and more accurate.

Trusted By

RBF Morph is the meeting point between state-of-the-art scientific research and top-level industrial needs.

Consulting Services

Enjoying the synergy of the knowledge and the experience coming from both the industrial and scientific sectors, the RBF Morph team is able to conceive and design high-efficiency simulation procedures based on mesh morphing and adapt them in accordance to customers’ product development processes to release reliable and consistent solutions. Contact us for an evaluation and quote.

Support, Maintenance and Customization

Thanks to the long-standing experience of a consolidated team, RBF Morph offers the most reliable technical expertise of its mesh morphing based solutions. This ensures that the delivery of comprehensive support, as well as consistent solutions personalized to customers’ specific requirements, are guaranteed. If you require help developing and implementing your own optimization models or simulation process to solve a specific CAE problem then contact us for an evaluation and quote.

Research and Development

A combination of technology, tenacity, courage and imagination define our vision in turning CAE-based procedures  into a competitive advantage, being aware that each single customer is a unique opportunity and challenge. We have supported industrial and research joint initiatives such as the Morphlab project.

Products

The aim of the RBF Morph technology is to perform fast mesh morphing using a mesh-independent approach based on state-of-the-art RBF (Radial Basis Functions) techniques.  Radial Basis Functions are recognized as among the best mathematical tools to perform mesh morphing. An industrial implementation of RBF is available in the software RBF Morph™ born for CFD applications and now available in ANSYS Mechanical.

Testimonials

State-of-the-art morphing technology available with seamless integration to the ANSYS community.
Lewis Collins Director of Program Management at ANSYS, Inc.
A rapid prediction of the effect of design changes is crucial in order to innovate, be successful in the market, and improve product reliability. RBF Morph technology helps our engineers in developing better solutions, faster.
Alessandro Bozzolo Industrial Design and CAE Technical Leader RINA Consulting S.p.A.
RBF Morph ANSYS ACT Extension allows you to take advantage of the RBF Morph technology into ANSYS Mechanical with the same look, and feel. We use it to modify component's shape with fast mesh morphing overcoming parametric CAD limitations.
Riccardo Cenni CAE Engineer SACMI IMOLA S.C.
RBF Morph's cutting-edge tools allow time and computational resource saving in CFD research, Aero Structures and much more. We've used it to optimise engineering design while using less resources than before.
Willem Toet Motorsport, F1 and Aerodynamics Specialist
RBF Morph is an ingenious morphing tool that allows engineers to mold the geometry like clay to very high precision.
Professional Motorsport Magazine Professional Motorsport Magazine Issue April-June 2012.

Here is how to get in touch

Monte Compatri, Rome – Italy | info@rbf-morph.com