ISSN Online: 2377-424X
ISBN Print: 0-89116-299-2
International Heat Transfer Conference 7
PREDICTION OF TRANSPORT PROPERTIES RELATED TO HEAT TRANSFER
要約
The lecture defines the problems which are encountered
in the creation of data banks for use in
computer-aided design in modern industry. In addition
to the obvious requirements of accuracy, the
lecture discusses the problem of internal and external
consistency and places great emphasis on the
less quantifiable characteristics which good data
must possess, notably reliability.
The lecture briefly characterizes the degree of accuracy with which it is necessary to know the transport properties of fluids in order to design heat-transfer equipment with success.
The second part of the lecture describes the extended law of corresponding states for gases, emphasizing its roots in statistical thermodynamics. Taking low-density noble gases and their mixtures as one extreme, the lecture analyzes the progress that has been made during the last twenty-five years from the point of view of calculation.
Extensions of the extended law of corresponding states to higher densities and more complex molecules are mentioned at the end.
The lecture briefly characterizes the degree of accuracy with which it is necessary to know the transport properties of fluids in order to design heat-transfer equipment with success.
The second part of the lecture describes the extended law of corresponding states for gases, emphasizing its roots in statistical thermodynamics. Taking low-density noble gases and their mixtures as one extreme, the lecture analyzes the progress that has been made during the last twenty-five years from the point of view of calculation.
Extensions of the extended law of corresponding states to higher densities and more complex molecules are mentioned at the end.