Investigates how moisture and liquid accumulation on the skin and within clothing affects the thermo-physiologic state of the human body, using an advanced coupled moisture model and high-resolution human thermal…
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Applies thermal modelling software to predict the thermal protection effectiveness of technical rescue gear, evaluating how different garment configurations affect first-responder heat stress during operations. Learn More…
Integrates a physics-based liquid sweat diffusion model into a human thermal simulation framework, improving predictions of sweat evaporation and its effect on body temperature and comfort in protective clothing. Learn…
Join us as we demonstrate how to use About:Energy’s battery cell database, along with a TAITherm thermal/electric battery model, to choose the right cell out of the vast number of…
Describes the development of a human surrogate device designed to replicate infant physiological responses for testing and optimizing therapeutic hypothermia treatments in neonatal care. Learn More…
Explores how human thermal comfort principles can be applied to electronics cooling and wearable device design, highlighting the interplay between device heat generation and user comfort for consumer electronics such…
Validates the TAITherm Human Thermal Model for predicting heat and moisture loads generated by crew members during exercise aboard spacecraft, supporting Environmental Control and Life Support System design. Learn More…
Join 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 live Q&A session. Some of the new features and enhancements in v2022.1 include: View Webinar Steven Patterson Product Manager, ThermoAnalytics Josh … Read more
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…