ANSYS
Case Studies
Optimizing Automotive Engine Control Modules with IoT: A Delphi Case Study
Overview
Optimizing Automotive Engine Control Modules with IoT: A Delphi Case StudyANSYS |
Sensors - Haptic Sensors Sensors - Infrared Sensors | |
Automotive Electronics | |
Product Research & Development | |
Onsite Human Safety Management | |
Operational Impact
The use of ANSYS Structural and the development of the ANSYS Parametric Design Language (APDL) resulted in a significant improvement in the design process of Delphi's engine control modules. The ability to accurately predict force-deflection curves for new spacers as well as establish curves for spacers already in use has allowed engineers to develop optimal designs that extend the life of ECMs in harsh environmental conditions present in automotive applications. The development of a C++ graphical user interface to collect the dimensional data from a product engineer and to execute the model has also streamlined the design process, making it more accessible to product engineers without any experience in FEA tools. | |
Quantitative Benefit
Predicted the force-deflection for the compressed spacers in less time than previous methods | |
Achieved greater accuracy in force-deflection prediction than previous methods of linear estimation | |
Developed an automated tool that allows product engineers – without any experience in FEA tools – to use the power of the technology | |