Andere Kunden interessierten sich auch für
![Transfert de chaleur de la vapeur condensée sur un tube horizontal enveloppé de fils métalliques]( "Transfert de chaleur de la vapeur condensée sur un tube horizontal enveloppé de fils métalliques")
Transfert de chaleur de la vapeur condensée sur un tube horizontal enveloppé de fils métalliques23,99 €![Condensation of HFC-134a and HFC-404A in a smooth and micro-fin tube]( "Condensation of HFC-134a and HFC-404A in a smooth and micro-fin tube")
Condensation of HFC-134a and HFC-404A in a smooth and micro-fin tube52,99 €![Analysis for failure of pressurized tube in the nuclear reactor]( "Analysis for failure of pressurized tube in the nuclear reactor")
Analysis for failure of pressurized tube in the nuclear reactor24,99 €![Condensation Characteristics of HFC refrigerants in horizontal tubes]( "Condensation Characteristics of HFC refrigerants in horizontal tubes")
Condensation Characteristics of HFC refrigerants in horizontal tubes46,99 €![Heat Transfer]( "Heat Transfer")
Heat Transfer29,99 €![HEAT TRANSFER ENHANCEMENT OF NANO PARTICLES]( "HEAT TRANSFER ENHANCEMENT OF NANO PARTICLES")
HEAT TRANSFER ENHANCEMENT OF NANO PARTICLES27,99 €![Nanofluids and Heat Transfer in Circular Tube]( "Nanofluids and Heat Transfer in Circular Tube")
Nanofluids and Heat Transfer in Circular Tube24,99 €
Present book reports accurate data for the condensation of steam on instrumented horizontal tube wrapped with two different diameters wires. Wires made of copper, aluminum and brass with varying pitches are tested in the present study to investigate the effect of thermal conductivity on heat transfer. Thermal conductivity shows an important role; for both diameter wires wrapped on horizontal tube, effect of thermal conductivity is evident for all tested pitches, however, more dominant in the case of lowest pitch. For both tested wires, the best heat transfer enhancements compared to the plain tube are found at a pitch of 4.0 mm for all the cases of wire wrapped tubes.