ANSYS Discovery Live is an engineering simulation technology that uses NVIDIA GPUs to provide instant, invaluable feedback on design performance. Marrying simulation technology with the technological advances of NVIDIA graphics is fundamentally changing the way products are designed and developed. The GPUs deliver optimized engineering designs that are better understood than previously possible.

Watch this webinar to see live demonstrations, hear from a current Discovery Live customer about their use case, and better understand the many ways you can use this technology to design better products in a shorter amount of time. Learn how you can turn the design process into a faster, interactive, educational experience.

Dr. Brent Stucker (ANSYS) introduces the ANSYS suite of additive manufacturing solutions, in a 2018 speech in El Segundo, California.

Launching your FEA Simulations into the 21st Century with ANSYS" by Sean Harvey, ANSYS. This video provides an overview of how current ANSYS tools address the growing engineering simulation needs.

ANSYS HFSS SBR+ is a high-frequency solver for modeling high-frequency electromagnetic (EM) scattering from electrically large structures. Shawn Carpenter, senior product manager for high-frequency electronics  will present the best-practice workflow for using the HFSS SBR+ solver within the ANSYS Electronics Desktop to simulate the radar cross section (RCS) of large targets. In addition to RCS, Shawn will demonstrate the use of the ANSYS toolkit to produce range/echo profiles, time-domain waterfall plots and inverse synthetic aperture radar (ISAR) images for pinpointing localized centers of radar scattering.

Presenter:
Shawn Carpenter is a senior product manager for radio frequency (RF) products with ANSYS, and has responsibility over product strategy and customer solutions involving installed performance modeling of antennas in electrically large environments, large target radar signature analysis, advanced driver-assistance systems (ADAS) radar sensor modeling and RF system cosite interference analysis. He served as vice president of marketing and sales for Delcross Technologies, before it was acquired by ANSYS in 2015. Shawn holds a B.S.E.E. from the University of Minnesota and an M.S.E.E. from Syracuse University, and has over 25 years of experience in applications, marketing and sales of high-frequency electromagnetic and RF system analysis electronic design automation (EDA) software. He has also served as vice president of marketing and sales at Sonnet Software, and as a senior microwave and radar systems engineer with GE Aerospace.

Thermoforming is an important polymer production process; the heating of the initial polymer sheet is essential for the quality, quantity and efficiency of the process. Read this case study to learn how watttron developed an innovative heating technology that allows inhomogeneous, precisely defined heating of surfaces on a very small scale. This innovation depends on a powerful algorithm that iteratively updates the temperature profile depending on the results of the thermoforming simulation using ANSYS solutions.

The Discovery Ultimate bundle is a complete, design-level engineering simulation and 3D modeling system. ANSYS Discovery Live facilitates rapid exploration of large solution spaces and tests numerous design variations, while ANSYS Discovery AIM — with a broader range of physics capabilities and higher fidelity — validates and refines designs. ANSYS Discovery SpaceClaim adds the direct modeling power that makes this bundle the ultimate 3D tool to simulate CAD and faceted data.

ECOCAT India used ANSYS Fluent to optimize catalyst structures (pipe, cone and mixer), and significantly shorten its product development life cycle. It used SCR simulations with DPM modeling to ascertain the AdBlue dosing and predict wall deposition phenomena.

Designing composite structures involves a number of challenges. Choosing appropriate laminates, a suitable geometry and the right material are all critical in creating sound composite designs. Manufacturing constraints and inherent production variability add complexity to the engineering problem. Typically, several design iterations are needed to solve these engineering tasks.

View the ANSYS Composites on-demand webinar and see how ANSYS simulations can help you meet these challenges. Learn how you can profit from ANSYS Composites Solutions (ACP) to explore your design variations more efficiently under typical design and manufacturing constraints. Live demonstrations will reveal:

• The power of ACP’s mesh-independent layup modeling
• How associativity enables exploration of different design variations
• How ply-based modeling can be a communication gateway to manufacturing, enabling the “model as you build it” philosophy
• How you can foresee manufacturing related issues with ANSYS Curing Simulation

Running ANSYS Fluent computational fluid dynamics (CFD) software on a Cray supercomputer, Professor Bert Blocken, with teams at Eindhoven University and KU Leuven, performed the largest-ever sports simulation. The eye-opening results, validated by wind tunnel tests, reveal the air resistance encountered by riders in each position of a peloton and why successful breakaways are so difficult to execute.

Cummins Fuel Systems has collaborated with the ANSYS training team to develop custom-designed, online engineering training modules that specifically address issues in materials modeling in which Cummins has great interest. Analysts who were trained using this specialized curriculum have shown significant improvements in their ability to use ANSYS simulation solutions more efficiently. The customized training curriculum can be used by future Cummins employees and updated to meet the company’s evolving engineering needs. Learn more by reading this testimonial.