With the Fluent GPU solver, engineers can explore complex fluid dynamics scenarios with unparalleled speed and scale, gaining deep insights into the behavior of liquids and gases in diverse environments. The solver features robust numerical algorithms and advanced models that provide the gold standard in accuracy, ensuring that simulations reflect real-world physics with utmost fidelity. Whether simulating flows in aerospace, automotive, energy, or biomedical applications, Fluent sets the standard for precision, speed, and reliability.
In this presentation, we will cover the following:
- [00:00] Introduction and Overview
An overview of the Fluent GPU solver and its capabilities. - [00:23] Simulation Capacity Needs
The increasing demand for simulation capacity in engineering fields. - [01:32] Evolution of CPU Performance
How CPU performance has evolved over time. - [03:00] Ansys Fluent’s Performance Evolution
The development of Fluent’s performance over the years. - [03:55] Benefits of GPU Computing
The advantages of using GPU computing for simulations. - [04:50] GPU vs CPU Performance Comparison
A comparison of performance between GPU and CPU. - [06:30] Case Study: Tilt Rotor Aircraft
A case study showcasing Fluent’s GPU solver in the analysis of tilt-rotor aircraft. - [08:30] Fluent’s 2024 R1 Release Features
A look at the new features introduced in the Fluent 2024 R1 release. - [12:10] Validation and Benchmarking
How Fluent’s GPU solver is validated and benchmarked for accuracy and performance. - [14:30] Future Roadmap: What’s Next?
The future developments and upcoming features for Fluent’s GPU solver.