• Turbomachinery
    Preliminary & detailed design | CFD | Optimisation | Robust design
    All in one environment
  • Marine
    The leading dedicated CFD software for the Marine industry
    A lean and mean approach to hydroanalysis
  • Aerodynamics & Multiphysics
    A new open approach to CFD modeling and multiphysics
    Massively fast solver, flexible OpenLabs approach
  • Grid Generation
    One single mesher for every application
    Structured/Unstructured/Hybrid meshing
  • Aero - Vibro Acoustics
    A fully integrated aero & vibro acoustics solution
    Tonal & broadband analysis at the click of a button


Innovation & Quality

NUMECA: A NEW WAVE IN FLUID DYNAMICS

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.

 

 

 

 

Our solutions

Grid Generation

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.

Multiphysics CFD

At NUMECA we believe in offering a dedicated CFD solution, which is why we have developed a range of best-in-class tools specifically for your application, from rotating machinery to marine to a mutiphysics environment, which incorporates our unique OpenLabs approach, covering in and external aerodynamics, heat transfer, multiphase flow, combustion, etc.

Aero - Vibro Acoustics

NUMECA offers a complete simulation suite for the analysis of a broad range of industrial applications involving Acoustics, Vibro-Acoustics and Aero-Acoustics, from fast pre-design calculations to detailed large scale analysis.

Design & Optimization

NUMECA has developed an extremely powerful Design Optimization environment offering fast design decisions based on our high fidelity simulations. Taking this a step further we also offer a unique Uncertainty Quantification module taking into account operational, geometrical and manufacturing uncertainties in order to ensure reliability of your predictions.

Upcoming events

Webinar (N.S. American business hours): AutoMesh™: A Demonstration of HEXPRESS™/Hybrid

Join Numeca USA for a free Webinar and see AutoMesh™ in action!

Webinar: NUMECA Solutions for the Automotive Industry

Find out more about Numeca's dedicated Automotive solutions during this webinar organised from our Indian office.

Webinar (N.S. American business hours): First in Flutter Analysis for Multi-Row Turbomachinery with FINE™/Turbo

Join Numeca USA for this free webinar and discover how you can benefit from flutter analysis in a multi-row turbomachinery environment within FINE™/Turbo.

Latest news

35th America's Cup in its final stage!

NUMECA is the official technology provider of the Defender and the Challenger of the 35th America's Cup, confirming its leadership in fluid flow simulation.

New release - FINE™/Open with OpenLabs™ v6.2

FINE™/Open with OpenLabs™ version 6.2 is now officially released. Read further to find out more about its enhancements.

Numeca White Paper Contest

Exclusively for our users: The winner gets 500 euros and a free entry to present his/her work at the NUMECA User Meeting.

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