Resources

Discover how MuSES generates synthetic infrared datasets to improve AI/ML model training. This eBook explores solutions for data scarcity, cost, and accessibility, enabling you to create realistic maritime scenes with varying environmental conditions.

Learn how MuSES predicts physical temperatures and EO/IR signatures in maritime environments. This guide covers essential topics like background modeling, wake and plume modeling, and rendering settings to enhance your analysis.

Explore the capabilities of MuSES, a powerful tool for predicting and managing thermal signatures. This guide covers applications like low observables design, camouflage development, and thermal modeling to enhance detection and concealment strategies.

Join us as we demonstrate how to use About:Energy’s battery cell database with TAITherm to choose the right cell out of commonly used batteries for vehicle traction applications.

Join us as Steven and Josh, our Product Managers walk you through the new features and enhancements in our TAITherm and CoTherm software. This webinar will include a presentation, demonstrations of our software, and a Q&A session.

The growing pressure to decrease greenhouse gas emissions, reduce dependence on oil, and improve air quality has led to a movement to electrify the mobility and energy sectors, with electric vehicles (EVs) and photovoltaics (PV) being at the forefront. Join us on as we demonstrate how TAITherm can be used to model photovoltaic systems integrated into buildings and vehicles.

Join as we walk you through the new features and enhancements of TAITherm and CoTherm, show live demonstrations inside the software, and answer all of your questions with a Q/A session at the end.

The process of coupling TAITherm to a CFD solver is common for many automotive applications. With OpenFOAM-based CFD solvers becoming more customary across the industry, TAI has developed a fully integrated solution to couple these tools. By using CoTherm, these platforms are coupled seamlessly, offering OpenFOAM processes within CoTherm’s usable interface.

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 and cabin comfort are closely related in xEVs because the energy required to heat and cool the cabin comes from the battery pack. When modeling the additional loads on the battery pack, it is important to consider battery thermal management strategies to maintain the pack in an optimal operating range, especially for adverse thermal conditions in both hot and cold environments.

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.

This webinar will discuss:
•    Modern methods for virtual testing and validation
•    Motivation for simulating vehicle test cycles
•    How various methods for simulating test cycles compare
•    Commercially available tools that enable the simulation of vehicle test cycles with a low computational cost, and high accuracy