Piaggio engineers an enhanced design workflow to develop a crankshaft.
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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.
A revolutionary internal combustion engine gives rise to a supermileage vehicle with the potential to transform automotive design.
Technip automates evaluation of 20,000 simulation runs to ensure that subsea pipe structures can survive worst-case scenarios.
An innovative aluminum design gives a truck-body manufacturer the competitive edge in the worldwide construction industry.
Structural simulation tools help optimize main mast weight to increase megayacht sailing performance.
Achates Power has developed a radically improved two-stroke opposed-piston internal combustion engine that increases fuel efficiency and reduces greenhouse gas emissions. ANSYS simulation tools help the company to shorten design iteration time, minimize hardware prototypes and reduce the development time of new engines by approximately one year.