Keeping electronic devices cool is important when considering both their function and durability, as temperature influences ...

Physics and Python stuff. Most of the videos here are either adapted from class lectures or solving physics problems. I ...

It is possible to make a material absorb more radiation than it has to re-emit, violating the laws of physics in a way that ...

Water has proven its value as a heat carrier, for example, when it comes to transferring heat from a boiler to a radiator or ...

The thing to remember about box fans is that they're great for pushing hot air out of your home. Here's how to work that to your advantage.

Explore how PET and recycled PET fibers respond to thermal stress, with insights into implications for material performance.

Christophe Williams, CEO of Naked Energy, speaks about the untapped potential of solar thermal energy and why heat ...

Air conditioning accounts for 7% of global electricity and 3% of carbon emissions. Here's how to beat the heat—efficiently.

This was explained to me by the folks at Efficiency Maine Trust. They have a lot of experience with heat pumps because Maine has been doubling down on this energy-saving technology.

Today, new technologies, including thermal management systems and thermal storage, waste heat recovery and all-electric heat pumps, are increasing buildings’ energy efficiency levels while ...

The equation for convection rates is calculated as follows: Q = h c · A · (T s – T f) where Q = heat transferred per unit time; ... All materials radiate thermal energy based on their temperature.