JVC KENWOOD Corporation employs robust design practices to develop innovative automotive speaker technology.
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An innovative aluminum design gives a truck-body manufacturer the competitive edge in the worldwide construction industry.
Instead of predicting wear on nonuniformly loaded sliding surfaces using long and expensive physical tests, BorgWarner tested a new capability in ANSYS Mechanical to predict wear analytically. The company is on its way to reducing the time to predict wear on a turbocharger wastegate shaft from several days to one day. This capability will expedite design iterations between designers and analysts, and help to create more accurate wear-test rigs.
Students apply robust design principles to develop a highly competitive race car.
A revolutionary internal combustion engine gives rise to a supermileage vehicle with the potential to transform automotive design.
Piaggio engineers an enhanced design workflow to develop a crankshaft.
All cars now depend on electronics that must work reliably. When a new power steering module failed under testing, engineers at Integrated Micro-Electronics were faced with spending eight months using trial-and-error to determine the cause and find a workable solution. Instead they used ANSYS structural capabilities including contact analysis, transient thermal analysis, and linear and nonlinear thermomechanical buckling analysis, to develop a reliable module in half the time