The World Solar Challenge - Aerodynamic simulation of rotating wheels in a solar car

The World Solar Challenge - Aerodynamic simulation of rotating wheels in a solar car

One of the most important objectives of solar-powered car development is to minimize power consumption by reducing drag. Team Agoria used OMNIS™ to find the optimum design for their car within the limits of the competition.

Creacoustic: Transmission Loss simulation of reactive and dissipative Creacoustic mufflers

Creacoustic: Transmission Loss simulation of reactive and dissipative Creacoustic mufflers

NUMECA has implemented a guided simulation work-flow in FINE/Acoustics for Transmission loss simulations, exploiting its automation capability based on Python scripts and wizards, implementing best practices.   

CREMHyG analyzes transient flow in a multi piston pump design

CREMHyG analyzes transient flow in a multi piston pump design

CREMHyG Lab collaborates with industrial companies to develop the future of hydroelectric energy. For the simulation of multi-piston pumps, they decided to use NUMECA’s Lattice Boltzmann solver OMNIS™/LB, as they needed a solution well adapted for complex geometries and complicated displacements.”

HONDA demonstrates a major breakthrough in meshing speed with NUMECA’s AutoSeal and OMNIS™/Hexpress

HONDA demonstrates a major breakthrough in meshing speed with NUMECA’s AutoSeal and OMNIS™/Hexpress

HONDA has been using OMNIS™/Hexpress for many years now for their automotive designs, and the AutoSeal technology made a real difference for them.

VPLP Design: Revolutionizing hydrofoil design with advanced CFD simulation technology

VPLP Design: Revolutionizing hydrofoil design with advanced CFD simulation technology

NUMECA discussed with Xavier Guisnel from VPLP Design the idea of revising the hydrofoil simulation standards. Result: the quasi-static approach, dedicated to hydrofoil, was born.