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The fraction of the radiative energy that is diffused from one surface element and strikes the other surface directly with no intervening reflections is called
(i) Radiation shape factor
(ii) Geometrical factor
(iii) Configuration factor
Choose the correct answer
(i) Radiation shape factor
(ii) Geometrical factor
(iii) Configuration factor
Choose the correct answer
- a)1 only
- b)2 only
- c)1, 2 and 3
- d)3 only
Correct answer is option 'C'. Can you explain this answer?
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The fraction of the radiative energy that is diffused from one surface...
Radiation shape factor, geometrical factor and configuration factor are all same.
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The fraction of the radiative energy that is diffused from one surface...
Radiation Shape Factor:
The correct term for the fraction of the radiative energy that is diffused from one surface element and strikes the other surface directly with no intervening reflections is the radiation shape factor. This factor is denoted by F and plays a crucial role in determining the heat transfer between surfaces in a system.
Geometrical Factor:
The geometrical factor, on the other hand, represents the geometric configuration of the surfaces involved in the radiation heat transfer process. It helps quantify the geometric relationship between different surface elements and is essential for accurate calculations of heat exchange.
Configuration Factor:
The configuration factor is another term used interchangeably with radiation shape factor and represents the proportion of energy emitted by one surface that is intercepted by another surface. It takes into account the geometry and orientation of the surfaces as well as their distances from each other.
Therefore, the correct answer to the question is (c) 1, 2, and 3, as all three terms are related to the fraction of radiative energy transferred between surfaces in a system. Understanding these factors is crucial for accurate modeling and analysis of heat transfer processes in various engineering applications.
The correct term for the fraction of the radiative energy that is diffused from one surface element and strikes the other surface directly with no intervening reflections is the radiation shape factor. This factor is denoted by F and plays a crucial role in determining the heat transfer between surfaces in a system.
Geometrical Factor:
The geometrical factor, on the other hand, represents the geometric configuration of the surfaces involved in the radiation heat transfer process. It helps quantify the geometric relationship between different surface elements and is essential for accurate calculations of heat exchange.
Configuration Factor:
The configuration factor is another term used interchangeably with radiation shape factor and represents the proportion of energy emitted by one surface that is intercepted by another surface. It takes into account the geometry and orientation of the surfaces as well as their distances from each other.
Therefore, the correct answer to the question is (c) 1, 2, and 3, as all three terms are related to the fraction of radiative energy transferred between surfaces in a system. Understanding these factors is crucial for accurate modeling and analysis of heat transfer processes in various engineering applications.
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