Heats of Combustion |
Heats of Combustion is the amount of heat released per unit mass or unit volume of a substance when the substance is completely burned. |
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Heat Loss From House or Building |
Heat loss occurs from a building structure principally due to conduction through exterior surfaces such as walls and windows. Because heat moves in all directions, when calculating the heat loss of a building, we much consider all surfaces (external walls, roof, ceiling, floor, and glass) that divide the inside, heated space from the outside. |
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Specific Heat Capacity Table at Room Temperature |
Specific heat capacity c is the change in heat (energy) of a unit mass of material for a unit change of temperature. Specific Heat Capacity Gases, Specific Heat Capacity Liquids, Specific Heat Capacity Solids |
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Freezing Times for Food Using Plank’s Equation |
One of the most widely known simple methods for estimating freezing times of foods and beverages was developed by Plank (1913, 1941). Convective heat transfer is assumed to occur between the food and the surrounding cooling medium. |
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Steady State Fenestration Heat Energy Flow and Loss |
Energy flows through fenestration via (1) conductive and convective heat transfer caused by the temperature difference between outdoor and indoor air; (2) net long-wave (above 2500 nm) radiative exchange between the fenestration and its surroundings and between glazing layers; |
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