CADFEM Let's Simulate
Engineering Software in Action in series format
An exclusive service for CADFEM Learning Subscription customers.
Based on the "Let's Play" approach - known from the video game world - you will experience simulation software in action in this format. You look over the shoulders of experts as they work on the simulation model. In-depth engineering. Practical tips from years of experience. Each series with its own thematic focus.
Want to get a first impression for free?
Get 30 days free access to the first 2 episodes of all our Let's Simulate series. Also possible as a non-subscription customer. No costs. No notice period. You can access them directly on the respective detail pages (accessible via the tiles below).
Let's simulate - Cooling strategies for electronics
How you can use Ansys Icepak to develop and refine cooling strategies for electronics.
Let's Simulate - Fatigue strength
Fatigue strength is no coincidence: experts share their knowledge of fatigue strength and life cycle prognoses.
Let's simulate - Implant Heating
Electromagnetic fields and MRI: specialist knowledge and practical tips for simulating unwanted temperature increases
Let's simulate - Statistics on Structures
On the road to deep learning with field statistics - how simulation engineers apply and evaluate statistical methods
Let's simulate - Temperature field with feed
Learn how a stationary temperature field of a welding process can be simulated!
Let's simulate - Tips and tricks with optiSLang
Engineering with optiSLang: Practical tips, exchange of experiences and personal opinions for more efficient processes
Let's Simulate: The wonderful world of convergence
Simulation software in action: tipps, tricks, practical experience and a convergence challenge among simulation experts
Let’s Simulate - Generation of simulation-based training data for AI models
How experts use automated Ansys processes to generate high-quality data sets for machine learning
Let’s Simulate – Practical parameterization of simulation models
Parameterization - structured and efficient working with variants and batch processing