Fundamentals of Heat Transfer Part 2
Mastering Convection Heat Transfer: In-Depth Analysis for Efficient Thermal Design
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525
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5.5 hours
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Jan 2021
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What you will learn
Understand the physical mechanism of convection, and its classification
Visualize the development of velocity and thermal boundary layers during flow over surfaces
Gain a working knowledge of the dimensionless Reynolds, Prandtl, and Nusselt numbers
Distinguish between laminar and turbulent flows, and gain an understanding of the mechanisms of momentum and heat transfer in turbulent flow
Evaluate the heat transfer associated with flow over a flat plate for both laminar and turbulent flow
Calculate the the average heat transfer coefficient for flows over cylinders and spheres during cross flow
Have a visual understanding of different flow regions in internal flow, such as the entry and the fully developed flow regions
Analyze heating and cooling of a fluid flowing in a tube under different conditions, and work with the logarithmic mean temperature difference
Determine the friction factor and Nusselt number in fully developed turbulent flow using empirical relations, calculate the pressure drop and heat transfer rate
Understand the physical mechanism of natural convection
Evaluate the Nusselt number for natural convection associated with vertical, horizontal, and inclined plates as well as cylinders and spheres
Related Topics
3731072
udemy ID
12/27/2020
course created date
2/5/2021
course indexed date
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