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Innovation & Quality
NUMECA is recognized today as the most innovative company in the field of Computational Fluid Dynamics (CFD) and multiphysics design, analysis and optimization. Driven by creativity, innovation & quality, we proudly turn our passion into software toolsets that support the world's leading industries.
Based on the most advanced technology, we are largely recognized for our application-driven features and interface, optimal solutions including high quality automatic full hex meshing, accurate and fast CFD solvers, multi-physics and acoustics, robust design and optimization with uncertainty quantification. At NUMECA, we provide innovative technology and models in response to specific industrial requirements. Customer satisfaction is our main objective, and we continuously improve our software and services to turn your product design into a real success for your organization.
With creative teams all over the world, we deliver the best in software, R&D, support and services.
NUMECA offers a comprehensive meshing solution for high quality grids: from full hex structured meshing for rotating machinery to a set of full hex and hex dominant unstructured meshers covering the full range of CAE applications.
Full end-to-end turbomachinery solution suite: from preliminary design to opimization.
Fastest CFD solver on the market.
All types of multi-stage axial, radial or mixed-flow configurations are supported: compressors, turbines, pumps, fans, propellers or contra-rotating propellers.
Dedicated software suite for naval architects and marine engineers.
Solutions for the simulation of mono- and multi-fluid flows around any type of vessel. Customized setups for seakeeping, manoeuvring, etc...
Model sloshing in locks, green water etc.
Dr. Alain Demeulenaere, Managing Director of Numeca-USA, will present during the NAFEMS Aerospace Simulation Engineering: Navigating the Digital Thread meeting on October 18, in WA.
Numeca USA will be exhibiting in Booth #101 at the SNAME Maritime Convention this October in Providence, RI.
Reduction of 41% of the number of cells for the same meshing accuracy, Design Space Reduction saving up to more than 50% of the computational cost, and many more highlights...