The end of Summer is quickly approaching in the Northern Hemisphere. The new school year is underway in many places in the World. What about you? Wouldn’t now be the perfect time to advance your learning? Here’s a look at the ANSYS webinars available for LIVE viewing this week, plus the ANSYS Convergence Webinar Series is coming up in just a couple of weeks. Also included are a few of our new on-demand offerings. Check them out and register today!
| Tuesday, August 25 |
Simulation von rotierenden Strömungsmaschinen mit den ANSYS Turbo-Tools | ||
| Tuesday, August 25 |
A Robust Software Process for Low-Safety Embedded Systems | ||
| Thursday, August 27 |
Einführung in die Verbrennungsmodellierung | ||
| Thursday, August 27, 2015 |
A Robust Software Process for Low-Safety Embedded Systems |
ANSYS Webinars On-Demand
ANSYS Electronics Thermal Management Series: Icepak-ECAD Integration
Reliability in electronics requires that temperatures of all components — semiconductor or otherwise — be maintained within a safe operating range. Electronics components are typically mounted on one or more printed circuit boards (PCBs), which serve as both a structural base and the wiring of the electric circuitry. The wiring traces, typically made of copper, redistribute the heat. While copper trace patterns can be designed to influence heat removal, incorporating the traces in the thermal analysis helps to eliminate any unexpected surprises.
View this webinar and learn how geometries for PCBs can be imported from ECAD or EDA software into ANSYS Icepak. Using a compute server as an example, you will discover how ECAD data can be combined with mechanical CAD to create the complete thermal simulation model. We will discuss the effects of trace modeling on thermal results and on thermal-electromagnetic multiphysics.
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How ANSYS SpaceClaim Will Help You Streamline In Silico Testing and Computer-Aided Surgery
Numerous medical device and pharmaceutical companies are using simulated — or “in silico” — testing of prototype products to accelerate the pace of innovation. Clinicians are starting to call for the adoption of engineering simulation during the surgery planning phase to help them make better decisions in a less stressful environment.
View this webinar to discover how customizing treatments to incorporate patient-specific geometry opens the door to better, more successful care. Learn how to work with these geometries in a virtual environment to automate prototype testing of devices or create customized treatment procedures. In this webinar, we will review new techniques available to the medical community to make editing of patient-specific geometries faster and easier.
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Modeling Internal Flow-Induced Motion with ANSYS Fluid-Structure Interaction
The internal flow of fluids through pipe connections, flow meters, valves, distributors and other parts can generate unsteady forces on the surrounding parts that cause them to move. Sometimes this movement is intentional and necessary, and sometimes it is unintentional but unavoidable. In either case, it is important to understand the impact of fluid forces on the surrounding equipment and its performance.
View this webinar and join us to learn how ANSYS fluid-structure interaction simulations, including harmonic analysis, can be used to understand the effects of flow-induced motion in industrial equipment. Discover how vibrations and repeated motion of these structures can lead to fatigue or induce process excitation in the system, thereby compounding the effects and further impacting performance.
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