Heat Transfer
Heat transfer is defined as the transfer of thermal energy due to a temperature difference. Heat transfer may occur due to three different modes (conduction, convection, and radiation) depending on the physical system. Most systems in buildings actually experience a combination of all three forms of heat transfer, and other energy flows.
Curriculum
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Remember
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Sources- Remember the essential concepts of heat movement
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Remember the three heat transfer mechanisms
Lecture Notes : Basic Principles of Heat Transfer
Lecture Notes : Three Modes of Heat Transfer
Problem Set : Define Heat Transfer Modes
Problem Set : What Affects Heat Transfer
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Understand
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Sources- Understand the basic principles of conduction and the relationship between U-value and R-value
- Understand the basic principles of convection heat transfer
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Understand the basic principles of radiation heat transfer
Lecture Notes : Conduction and U-value vs. R-value
Lecture Notes : Convection Principles
Lecture Notes : Radiation Principles
Problem Set : Heat Transfer Measurements
Problem Set : How Radiant Energy Moves
Problem Set : Why Hot Air Rises
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Apply
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Sources- Apply insulation to prevent heat transfer
- Apply different common types of insulation for different effect on heat transfer
Lecture Notes : How Insulation Works
Lecture Notes : Types of Insulation
Problem Set : How Insulation Works
Problem Set : Law of Diminishing Returns