Ansys Discovery expands on the developments delivered by Ansys Discovery Live. It combines interactive real-time simulation, high-fidelity Ansys solver technology and direct modeling in one tool — powering cross-team collaboration to cost-effectively develop products.

“Discovery equips our team with a better understanding of the physics behind our products early in the design process, enabling them to meet customer requirements more precisely, avoid overengineering and eliminate uncertainties,” said Stefan Macho, head of R&D Simulation, HAWE Hydraulik. “This has resulted in improved product performance, increased design efficiency and shortened product development cycles.”

Discovery combines instant physics simulation, accurate high-fidelity simulation and interactive geometry modeling into one easy-to-use interface. Conducting real-time, rapid iterative design explorations, more engineers can explore larger design spaces and quickly answer critical design questions earlier in the product design process.

Driving widespread adoption of simulation, Ansys Discovery offers an intuitive user experience built for the design engineer, delivers industry-leading fidelity in the analysis stage with embedded Ansys flagship solvers and provides tremendous speed to support design engineering workflows. Teams can innovate more designs in less time, provide rapid design exploration and deliver detailed insight into product performance.

Said Mark Hindsbo, general manager, design business unit, Ansys, “Discovery enables engineers to bring simulation upfront in the ideation and design phase of product development, uncovering risks early before the costs to correct them become high or difficult to change.”

Ansys will showcase Discovery’s next generation user experience and real-time simulation capabilities at a virtual launch event on July 29, 2020 at 11 a.m. EDT. Visionary leaders will deliver dynamic insights on the product, perform cutting-edge technology demonstrations, share real-world customer successes and answer questions during interactive breakout sessions. Registration is free but space is limited. To register, please click here.

Ansys
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