Übersetzung für 'heat transfer coefficient' von Englisch nach Deutsch

heat transfer coefficient

Wärmeübergangskoeffizient {m}

Wärmeübergangszahl {f}engin.

Wärmedurchgangszahl {f} [Wärmedurchgangskoeffizient]engin.phys.

Wärmedurchgangskoeffizient {m}constr.

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heat transfer coefficient <h, HTC>

Wärmeübertragungs­koeffizient {m} <h, WÜK>tech.

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overall heat transfer coefficient

ungeprüft Wärmedurchgangskoeffizient {m}

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transfer coefficient

Übertragungs­beiwert {m}electr.tech.

Transferkoeffizient {m}med.spec.

mass transfer coefficient

Stoffübergangskoeffizient {m}chem.engin.

oxygen mass transfer coefficient

Sauerstoffübertragungs­koeffizient {m}

heat conduction coefficient

Wärmeleitfähigkeitskoeffizient {m}phys.

heat transition coefficient

Wärmedurchgangskoeffizient {m}constr.engin.material

volumetric mass transfer coefficient <kLa>

volumenbezogener Stoffübergangskoeffizient {m} <kLa>biotech.chem.

heat transfer

Wärmetransport {m}phys.

Wärmetransfer {m}materialphys.tech.

Wärmeübergang {m}

Wärmeübertragung {f}

heat transfer rate

Wärmeübertragungs­rate {f}phys.

heat transfer medium

Wärmeträger {m}tech.

Wärmeübertragungs­medium {n}

heat transfer characteristics

Wärmeübertragungs­eigenschaften {pl}phys.

heat transfer oil

Wärmeträgeröl {n}chem.

Thermoöl {n}chem.

Wärmeöl {n}chem.

transfer of heat

Wärmeübertragung {f}

heat transfer system

Wärmeübertragungs­system {n}tech.

• The U-factor or U-value is the overall heat transfer coefficient and can be found by taking the inverse of the R-value.
• However, these are based upon assumptions of estimating inside heat transfer coefficient, predicting flow around the outside of the coil, and upon constant heat flux.
• As such, it is equivalent to a statement that the heat transfer coefficient, which mediates between heat losses and temperature differences, is a constant.
• There is also a measure known as the heat transfer coefficient: the quantity of heat that passes per unit time through a unit area of a plate of particular thickness when its opposite faces differ in temperature by one kelvin.
• Natural convection is highly dependent on the geometry of the hot surface, various correlations exist in order to determine the heat transfer coefficient.

• ... wetted area), specific heat, heat transfer coefficient have to be determined to arrive at a correct value.
• Relative to other building components, aluminum has a high heat transfer coefficient, meaning that aluminum is a very good conductor of heat.
• This is because superheated steam has the same heat transfer coefficient of air, making it an insulator - a poor conductor of heat.