Presents an advanced computational clothing model that accounts for heat and moisture transport through fabric layers, improving the accuracy of human thermal modeling for space and protective clothing applications. Learn…
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Uses a coupled thermal-electrical modeling approach to evaluate the electricity production potential of vehicle-integrated photovoltaic (VIPV) systems, comparing silicon rooftop modules and transparent PV films across five U.S. locations. Learn…
With the latest release of TAITherm and CoTherm comes an in-depth overview of all of the new features and enhancements. Join us on Thursday, May 20th at 9 AM EDT, as…
With the latest release of TAITherm and CoTherm comes an in-depth overview of all of the new features and enhancements. Join us on Thursday, May 20th at 9 AM EDT, as…
Introduces a new methodology combining human subject testing and thermal simulation to characterize the thermal performance of automotive seats and predict their impact on occupant comfort. Learn More…
As OEMs are electrifying their vehicle fleets, electrical component modeling is becoming increasingly critical to the design of electric vehicles and variations of the hybrid electric vehicle (xEV). Vehicle range…
Vehicle testing is a complicated and costly endeavor. Organizations worldwide seek to replace their physical testing with accurate simulations to reduce costs, shorten design cycles, and discover higher-performing designs. The…
The relationship between vehicle range and occupant comfort is an important consideration for EVs. Effective HVAC controllers are critical for maintaining the optimum occupant comfort while preserving vehicle range. Maintaining…
Join us as Daniel and Allison, two of our talented thermal and CFD engineers, walk you through the new features and enhancements in our TAITherm and CoTherm software. This live…