Grok Bot set up a dedicated agent to submit eight Abaqus load cases, asked for approval before running commands, and summarized every job. It can also email, Slack or call you when they are done. Here is how it compares with Cursor.
Submit an Abaqus run or restart to your HPC cluster or cloud, monitor it, and plot the ODB results with a single plain English prompt in Cursor using TotalCAE tsubmit.
How we had Cursor build the agentic Abaqus framework from a Kyung Hee University paper, solve a cantilever beam on an HPC cluster, and how Google Antigravity with Gemini 3.8 Flash produced near-identical results.
A randomized trial found experienced developers took 19% longer with AI tools while believing AI sped them up by 20%. In Part 1 we look at that productivity paradox and the five AI pitfalls behind it.
TotalCAE is a Sponsor of the SIMULIA Americas User conference in Novi Michigan and will be giving a talk on […]
Abaqus is a powerful Finite Element Analysis (FEA) software with a comprehensive set of features for creating complex simulations. The […]
This webinar goes over the latest 5th Gen Xeon ( formerly Emerald Rapids) for CAE performance improvements for a […]
Abaqus is a Finite Element Analysis (FEA) software that engineers use to simulate complex real-world problems. Abaqus clusters are High-Performance […]
TotalCAE has many interfaces for integrating with TotalCAE HPC clusters and Bring Your Own Cloud (BYOC) solutions. We also have […]
The TotalCAE Platform 2024.2 monthly release is out with some exciting new features, including our first Windows portal client to […]
TotalCAE will be attending the SIMULIA Americas Users Conference in Novi, Michigan April 30th – May 2nd 2024. Swing over and […]
Join us for a lunch to learn at the AWD offices in Detroit on how TotalCAE is reducing CAE simulation […]
Several CAE applications support the ability to guesstimate when they will be finished by calculating how long past iterations have […]
TotalCAE is so excited that the SIMULIA Regional User Meetings are back! Come meet us at 2:00 EST on June […]
Co-simulation is coupling two or more distinct solvers together that normally run independently to solve a problem. For example, Abaqus […]
