How are you going to meet the simultaneous pressures of solving ever-larger simulation models while getting your solutions faster?
In this lunch-and-learn seminar, you will learn many techniques that will help overcome the simulation challenges you are facing with large structural mechanic models.
Join ANSYS and learn about how parallel computing, optimization, model reduction methods, and beam-and-shell modeling techniques can help you save time and allow you to consider more design variations when running large simulations.
|WELCOME and INTRODUCTION
|Efficient Workflow for Large Beam and Shell Models
Beam and shell modeling best practices including midsurfacing and beam extraction, parallel meshing, contacts and mesh connections, and advanced post-processing.
|Model Reduction Techniques: Submodeling and Substructuring
Submodeling and substructuring methods to reduce model size while maintaining simulation accuracy.
|Optimization: Parametric Studies, Design Exploration, and Topology Optimization
Explore more design variations and determine optimal designs. Include preview of the new Topology Optimization capability available at ANSYS Release 18.0.
|High Performance Computing: A Review of Parallel Computing with ANSYS Solutions
Accelerate solution time and run parametric and optimization studies more efficiently.