Case Studies

Aerospace

Aircraft design optimization by means of Radial Basis Functions mesh morphing.

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Automotive

An Accurate, Extensive, and Rapid Method for Aerodynamics Optimization: The 50:50:50 Method.

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Automotive

Structural optimization of an automotive wheel rim through an RBF mesh morphing technique.

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Automotive

Industrial Application of the Meshless Morpher RBF Morph to a Motorbike Windshield Optimisation.  Read More

Automotive

Shape optimization of the MIRA Reference Car.

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Marine and Nautical

Sails trim optimisation using CFD and RBF mesh morphing

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Aerospace

RBF-based aerodynamic optimization of an industrial glider.

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Medical

VMTK – Fluent – RBF Morph:  A New Workflow For Hemodynamic Applications. 

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Marine and Nautical

A CFD-based wing sail optimisation method coupled to a VPP.

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Motorsport

RBF – Morph FSI Activity: Motorsport Indy Car. 

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Medical

A virtual test bench for hemodynamic evaluation of aortic cannulation in cardiopulmonary bypass. 

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Aerospace

Use of RBF Morph mesh morphing for the estimation of airfoil performances in presence of ice profiles

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Marine and Nautical

Optimization of a ship hull

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Energy

Goal Driven Shape Optimisation for Conjugate Heat Transfer in an Effusion Cooled Wall.

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Motorsport

Fluid Structure Interaction with RBF Morph A Generic Formula 1 Front End

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Energy

Multi-objective CFD Optimisation of Film cooling Turbine Blade Geometry with Mesh Morphing.

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Marine and Nautical

Multi-objective Optimization of A-Class Catamaran Foils Adopting a Geometric Parameterization Based on RBF Mesh Morphing.

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Motorsport

Multi objective optimisation by means of mesh morphing: application of RBF Morph to A FSAE Car airbox design.

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