Today cloud computing has taken over the world of IT. AWS alone is a collection of hundreds of services, some of which could not even have been imagined in 2006.
The push for greater fuel efficiency and the evolution of self-driving cars are propelling the automotive industry to adopt and adapt to disruptive technologies. Three independent research teams conducted experiments to evaluate the efficacy of HPC in the cloud for automotive design simulations.
Innovative companies are adding Cloud to their High Performance Computing (HPC) tool chest. Hybrid HPC blends together Cloud computing resources (from companies like Microsoft Azure, Google Cloud Platform, HPE) and more traditional on-premise HPC clusters. Here are 3 common reasons we see our customers implement Hybrid, on-demand HPC models:
Running in the cloud is tremendous fun to talk about. However, let's remember that the cloud is, for all intents and purposes, just “someone else's computer”. Furthermore, going to the cloud does not de facto mean that you will realize performance gains. I would like to take a brief moment to summarize 3 recommendations to improve the speed of your cloud simulation.
The world of computer-aided engineering (CAE) is constantly evolving. What’s next for the field? Just as in other industries, big data, the Internet of Things (IoT), machine learning and digital twins will lead to significant shifts, as will other emerging technologies.
We are in the golden age of computing. Cloud is mainstream and anyone with a credit card can join the party. So you would think a high-value engineer at an enterprise would be all set, right? Not according to the data.
Last week was engineering week, happy belated engineering week to all engineers! To celebrate, Ozen Engineering, the premier channel partner and distributor of ANSYS for Northern California held an event. This was a great opportunity for ANSYS users and partners to talk about simulations and get an update on the new ANSYS features.
Computational Fluid Dynamics (CFD) is widely used in the engineering community to simulate all kinds of fluid flow phenomena, be it just fluid flow or aerodynamics, or be it in a multi-physics scenario coupled with other physics simulation solvers like e.g. with Finite Element Analysis (FEA) to simulate material behavior (like fluid-structure interaction for an airplane wing design), or even more complex fluid-structure-electrical interaction simulation of a personalized living heart.
On February 5 th , Microsoft unveiled the Surface Studio 2 to the press at the Device Tour Plus media event in Hamburg. Adobe and UberCloud showcased new capabilities of their flagship applications on the Surface Studio 2.