CFD helps analyze fuel-air mixing in modern gasoline engines.
Back To Resource Library
Dust and dirt particles are removed from the air intakes of off-highway vehicles using a novel air pre-cleaner.
Developing autonomous systems is a challenge without precedence. Whole new engineering fields – such as artificial intelligence (AI) – need to be developed, yet time-to-market is short and competition is intense. Engineering challenges can only be accomplished with the help of simulation. In this eBook you'll learn how, with engineering simulation, you can virtually test thousands or millions of operating scenarios and design parameters with precision, speed, cost economy and confidence in your products’ performance.
DENSO Corporation standardizes on ANSYS structural software to expedite global product development.
Using a reduced-order method, engineers at Fairchild Semiconductor have been able to decrease development time for electronic components for electric and hybrid electric vehicles. By employing ANSYS Icepak for thermal management and ANSYS Simplorer for multi-domain systems design the engineers can perform dynamic thermal analysis under realistic power loss conditions approximately 2,000 times faster than a full 3-D thermal analysis.
Improving internal combustion engine emissions and fuel economy performance requires better understanding of the process by which the fuel injection nozzle breaks up the liquid fuel and propels atomized droplets into the cylinder. Delphi engineers are using ANSYS computational fluid dynamics (CFD) software to design the fuel injector nozzle geometry to deliver droplets in just the right spray pattern to optimize engine performance.
An innovative aluminum design gives a truck-body manufacturer the competitive edge in the worldwide construction industry.