Fluid flow simulation advances acclaimed new fan design.
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Whirlpool Brazil reduces time to develop a new cooktop by 35 percent with direct modeling and fluid simulation.
Over the past decade, the name “Dyson” has become synonymous with product innovation. This privately held British company has revolutionized many familiar household products, from vacuum cleaners to hair dryers, by questioning their most foundational design principles. How does this phenomenally successful company maintain the energy and drive of a startup? And how has Dyson created a culture of risk-taking and innovation?
Startup Nebia is poised to transform the experience of taking a shower. While developing its innovative new showerhead, the company’s engineers made thermal improvements to ensure that a shower, using much less water than the average, would be warm and comforting.
Simulating wind and rain around a stadium determines the best design for keeping spectators dry.
To manage heat removal for LED lights, DuPont engineers used ANSYS CFD simulation to accurately predict temperatures within their proprietary substrate – information that could not be gained without simulation. This information is employed in guidelines to develop reliable substrates for lighting manufacturers that require a broad range of configurations.
Aerodynamic gains can be realized by studying the interaction between a bicycle and rider.