Ansys HPC

La tecnologia Ansys HPC permette di sfruttare il calcolo parallelo per l’esecuzione di simulazioni numeriche con strumenti Ansys per applicazioni in ambito strutturale, fluidodinamico, termico ed elettromagnetico, massimizzando l’utilizzo dell’hardware a propria disposizione. L'elaborazione parallela del calcolo mediante la tecnologia Ansys HPC consente di sviluppare modelli con un elevato livello di fedeltà, nel quale vengono inclusi più dettagli geometrici, assiemi di grandi dimensioni ed è possibile caratterizzare fenomeni fisici più complessi.

Il calcolo parallelo consente di comprendere meglio le prestazioni del prodotto, un fattore che può produrre enormi vantaggi per l'azienda, prevedendo problemi di progettazione che potrebbero portare a guasti del prodotto o ritardi nel ciclo produttivo. Ansys HPC è una tecnologia che ha un impatto determinante sulla produttività degli ingegneri, che saranno quindi più efficienti e potranno garantire tempi di consegna delle simulazioni notevolmente ridotti.

Ansys HPC viene proposta in diverse configurazioni: HPC single-core, HPC Pack e HPC Workgroup.
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CASE STUDY

SACMI designs optimized next-generation components using automated surface sculpting

Uses Adjoint and BGM shape-modification approaches for mesh morphing

Mesh morphing has proven to be a valuable tool in parametrizing numerical models to perform shape optimization. It allows engineers to save time in generating new configurations for analysis because it does not require geometry modification and mesh re-generation.

ansys mechanics

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CASE STUDY

Cooling fan module road test simulation

For engine cooling, Johnson Electric offers smart Cooling Fan Modules (CFM) with best in class efficiency and power density

ptimization of the product starts with a strong correlation of the model with specifically designed tests under controlled conditions.

ansys automotive

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Our Expertise in Ansys HPC

CASE STUDY

Cooling fan module road test simulation

For engine cooling, Johnson Electric offers smart Cooling Fan Modules (CFM) with best in class efficiency and power density

ptimization of the product starts with a strong correlation of the model with specifically designed tests under controlled conditions.

ansys automotive

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CASE STUDY

A new heart valve replacement procedure modeled with multiphysics simulation could eliminate the need for open-heart surgery

24% operative mortality rate of open-heart surgery for older patients drives search for less-invasive aortic valve replacement technique

Since this cannot be accurately measured in an implanted stent, manufacturers decided to use Multiphysics to simulate the process to better understand the method and to calculate the forces operating on the implant in order to improve the stent design and the surgical procedure, as described in this article.

cfd biomechanics ansys

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CASE STUDY

Ku-band filter design for high power space applications using Ansys simulators

This paper presents the design and first experimental results of a very compact Ku-band bandpass filter for high power satellite applications. The filter was designed and simulated using the Ansys HFSS and Mechanical simulators. Proposed as part of an ESA ARTES Advanced Technology project, the filter is based on dielectric loaded combline resonators.

ansys electronics aerospace

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