CONJUGATED HEAT TRANSFER FROM A STRIP HEATER WITH THE UNSTEADY SURFACE ELEMENT METHOD.

K. D. Cole; J. V. Beck

CONJUGATED HEAT TRANSFER FROM A STRIP HEATER WITH THE UNSTEADY SURFACE ELEMENT METHOD.

Research output: Contribution to journal › Conference article

Abstract

The unsteady surface element method is extended to conjugated heat transfer from a strip heater where the unsteadiness is caused by a step change in the heater output flux. The geometry is a model of a flush-mounted hotfilm anemometer for air flow. The numerical results for the heater temperature agree with the analytical solution for early times and the steady state results for the Nusselt number agree with an existing numerical solution.

Original language	English (US)
Journal	AIAA Paper
State	Published - Jan 1 1986
Externally published	Yes

ASJC Scopus subject areas

Engineering(all)

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Cole, K. D., & Beck, J. V. (1986). CONJUGATED HEAT TRANSFER FROM A STRIP HEATER WITH THE UNSTEADY SURFACE ELEMENT METHOD. AIAA Paper.

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abstract = "The unsteady surface element method is extended to conjugated heat transfer from a strip heater where the unsteadiness is caused by a step change in the heater output flux. The geometry is a model of a flush-mounted hotfilm anemometer for air flow. The numerical results for the heater temperature agree with the analytical solution for early times and the steady state results for the Nusselt number agree with an existing numerical solution.",

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N2 - The unsteady surface element method is extended to conjugated heat transfer from a strip heater where the unsteadiness is caused by a step change in the heater output flux. The geometry is a model of a flush-mounted hotfilm anemometer for air flow. The numerical results for the heater temperature agree with the analytical solution for early times and the steady state results for the Nusselt number agree with an existing numerical solution.

AB - The unsteady surface element method is extended to conjugated heat transfer from a strip heater where the unsteadiness is caused by a step change in the heater output flux. The geometry is a model of a flush-mounted hotfilm anemometer for air flow. The numerical results for the heater temperature agree with the analytical solution for early times and the steady state results for the Nusselt number agree with an existing numerical solution.

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