μ-Flash Laser - Technology - Winona State Universitycourse1.winona.edu/fparsi/ENGR 451-2016/Lab...

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Composite Materials Engineering CME 451 Transport Phenomena Laboratory Thermal Conductive Properties OUTCOMES 1. Define heat conduction and its importance. 2. Define thermal conductivity and diffusivity. 3. Give four examples that show the importance of thermal conductivity. Your examples must be related to manufacturing and performance of composite materials. 4. Describe the steady state method for measuring conductive properties 5. Explain the transient method for measuring thermal diffusivity and thermal conductivity. 6. To investigate Fourier’s Law for the linear conduction of heat along a simple bar 1

Transcript of μ-Flash Laser - Technology - Winona State Universitycourse1.winona.edu/fparsi/ENGR 451-2016/Lab...

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Composite Materials EngineeringCME 451 Transport Phenomena Laboratory

Thermal Conductive Properties

OUTCOMES

1. Define heat conduction and its importance.2. Define thermal conductivity and diffusivity.3. Give four examples that show the importance of thermal conductivity. Your

examples must be related to manufacturing and performance of composite materials.

4. Describe the steady state method for measuring conductive properties5. Explain the transient method for measuring thermal diffusivity and thermal

conductivity.6. To investigate Fourier’s Law for the linear conduction of heat along a simple

bar7. Measure the steady state radial temperature profile of a disk and calculate the

rate of heat transfer from experimental data. The calculated and supplied rates of energy need to be compared with each other.

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