Heat Transfer in a sentence

Professor Amin Al-Habaibeh, an expert in heat transfer in buildings at Nottingham Trent University, tells : “It is all about heat transfer.

The thinwall tubes and high rotation rates in SuperHero microturbines provide high heat transfer rates, but extended surfaces can be used to greatly increase heat transfer rates.

Its effects on temperature near the Earth's surface can be accounted for by introducing the heat transfer coefficient often used in heat transfer field.

The heat transfer characteristic of epoxy tooling is fair; the heat transfer characteristic of metal-filled and metal-coated epoxy is good.

This form of heat transfer can be useful for cases where conventional convection fails to provide adequate heat transfer, e.g., in miniature microscale devices or under reduced gravity conditions.

Heat is measured by monitoring the heat gained or lost by the heat transfer fluid.

Heat transfer A heat sink provides a large surface area for convection to efficiently carry away heat.

There is exact equality that relates average of exponents of work performed by any heat engine and the heat transfer from the hotter heat bath. citation This relation transforms the Carnot's inequality into exact equality.

A recent development would make electricity generation from the sun's heat more efficient, by using ceramic-metal plates for heat transfer at higher temperatures and at elevated pressures.

Another heat transfer application is poppet valves in high-performance internal combustion engines; the valve stems are partially filled with sodium and work as a heat pipe to cool the valves.

For instance, the obsolete scientific theory that put forward an understanding of heat transfer in terms of the movement of caloric fluid was eliminated when a theory of heat as energy replaced it.

Heat is measured by monitoring the temperature difference between heat transfer fluid and the process fluid.

In general, the efficiency of a given heat transfer process (whether it be a refrigerator, a heat pump or an engine) is defined informally by the ratio of "what you get out" to "what you put in".

In irreversible heat transfer, heat energy is irreversibly transferred from the higher temperature system to the lower temperature system, and the combined entropy of the systems increases.

Non-flowing lubricants such as greases and pastes are not effective at heat transfer although they do contribute by reducing the generation of heat in the first place.

Often the term heat engine is used in a broader sense to include all devices that produce work, either through heat transfer or combustion, even though the device does not operate in a thermodynamic cycle.

The heat transfer coefficient is also known as thermal admittance in the sense that the material may be seen as admitting heat to flow.

Wool has a high specific heat coefficient, so it impedes heat transfer in general.

As the person is moving backwards while everything else goes forwards, the world is disorienting and dangerous, the air is unbreathable, and the heat transfer of fire and ice are inverted, among other details.

Probably, though the illustration reminded me of a Ranque-Hilsch vortex tube - not sure if that's the heat transfer principle but it sounds that way.