A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Two-dimensional, steady-state temperature distributions in corners of arbitrary shape
Abstract A numerical method, which was originally developed to solve irrotational flow problems, is successfully applied to the steady-state thermal analysis of corners with arbitrary shapes. A unique feature of this method is the fact that the isotherm co-ordinates are found directly. The customary need for an extra computational procedure to establish isotherms when only the temperatures at discrete points in a solution domain are known is therefore eliminated. The method is used to illustrate temperature distributions in various corners. A computer program based on this method and written in BASIC is included.
Two-dimensional, steady-state temperature distributions in corners of arbitrary shape
Abstract A numerical method, which was originally developed to solve irrotational flow problems, is successfully applied to the steady-state thermal analysis of corners with arbitrary shapes. A unique feature of this method is the fact that the isotherm co-ordinates are found directly. The customary need for an extra computational procedure to establish isotherms when only the temperatures at discrete points in a solution domain are known is therefore eliminated. The method is used to illustrate temperature distributions in various corners. A computer program based on this method and written in BASIC is included.
Two-dimensional, steady-state temperature distributions in corners of arbitrary shape
Mathews, E.H. (author)
Building and Environment ; 21 ; 183-188
1986-01-01
6 pages
Article (Journal)
Electronic Resource
English
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