In response to global fuel economy and emissions regulations, the automotive industry is increasingly adopting lightweight and heat-resistant materials. Thermoset molding compounds, due to their low ...

Once there’s thermal equilibrium between the two temperature differences, the thermal transfer stops. Cross-section and path of travel both play an important part in conduction.

We simulate the experiment using a finite-difference method that corrects the thermal radiation effect and extract the thermal conductivity of glass fibers coated by PbTe nanocrystals. The simulation ...

Heat pipes, lids, thermal interfaces, and micro-channel cooling help remove the heat generated by chips.

The electrical conductivity (σ) was obtained by using the measured electrical resistivity. The thermal conductivity and the electrical resistivity coefficients were determined from the graphs of ...

With increasing the thermal conductivity, the maximum temperature decreased obviously. The maximum temperature difference and time to reach thermal equilibrium state were decreased. It is concluded ...

This progression stems from the direct relationship between thermal conductivity and the temperature difference across the vertical plate during heat transport phases; a higher κ results in an ...

Humans can hear the difference between hot and cold water when poured. In an experiment, scientists found that a deep neural network computer program could learn to tell the difference, too. This ...

While both thermal and night vision lenses are necessary for seeing in the dark, they have different functions and ways of working. Night vision optics are perfect for low light levels because they ...

The temperature and concentration profiles have dual behaviours by rising small parameters that appeared in variable thermal conductivity and mass diffusivity. The results of our study have indicated ...