Wim Slagter

Simulation in the cloud presents new questions related to software licensing, security, user access, HPC workload management, and business processes.

Ansys has been making great progress in accelerating the pre-processing and solving time for automotive external aerodynamics simulations.

See how Ansys, AMD, and Amazon Web Services (AWS) are delivering an exceptional performance boost for engineering simulations.

Ansys, AMD with their EPYC™ processors, and AWS have collaborated to deliver an extraordinary performance boost for engineering simulations.

By leveraging high performance computing (HPC), Ansys, Saudi Aramco and KAUST sped up a complex simulation of a separation vessel from several weeks to an overnight run!

Join us in congratulating these Ansys Technology Partners for their success.

The online Workstation Refresh ROI Estimator estimates the performance and ROI of a new workstation running Ansys Fluent or Ansys Mechanical.

At Supercomputing 2024 (SC24), Ansys will demonstrate how its collaborative approach with top-tier partners is transforming simulation. Learn more, and register.

Submit your own computational fluid dynamics or Mechanical model for free and we’ll run your model on a small HPE high-performance computing cluster and send you the resulting time/performance comparison to compare to your workstation results.

Let’s take a look at two specific instances in which HPC methods were applied to address engineering challenges in the automotive industry.

Proper sizing of an HPC cluster involves more than choosing the right processor, core count and memory. ANSYS offers an out-of-the-box HPC solution that won't strain your IT resources.

Learn how to match the processor, memory, storage and networking to your simulation needs.

How can FEA users benefit from Ansys HPC advances? Let’s find out.

See how cloud and HPC clusters and Ansys simulation tools are changing product design. Running large simulations ensures products get to market on time.

Learn how Ansys and AMD have collaborated to help users speed up large structural mechanical models between 3X and 6X via support for the new AMD Instinct™ accelerators.

Now that AMD and Ansys are collaborating to ensure the new 3rd generation AMD EPYC processors will slash Ansys structural and fluid dynamics simulation run times, engineers have a broader choice in high-performance computing (HPC) resources.

The use of cloud-based simulations grew from 18% to 24% as companies face demands to reduce the time required to complete design cycles.

The new HPC-based parametric licensing introduced in Ansys 2020 R2 enables simultaneous execution of multiple design variations using standard HPC licenses.

When selecting the right CPU for optimizing Ansys Mechanical structural FEA software performance, there are two major players to consider: Intel and AMD.

Learn how to select the best processor and HPC system for engineering simulation workloads.

Ansys has announced a milestone in computational fluid dynamics simulation achieved in collaboration with NVIDIA and Texas Advanced Computing Center (TACC).

Learn how STMicroelectronics used Ansys HFSS and high-performance computing (HPC) resources to accelerate antenna design and development.

Get insight into the evolution of high-performance computing usage for simulation, best practices for implementing and expanding an HPC initiative and changes in adoption as a result of the COVID-19 pandemic.

Ansys research survey looks into cloud adoption for simulation and best practices to ensure smooth transitions.

A recent study by Hyperion Research examined users’ adoption of high-performance computing (HPC) cloud resources.