American Society of Civil Engineers


Stability and Dynamic Analyses of Cooling Towers


by Chang-hua Yeh, (Sr. Struct. Engr., Harza Engrg. Co., Chicago, IL) and William Y. J. Shieh, A.M.ASCE, (Head of Struct. Dept., Harza Engrg. Co., Chicago, IL)

Journal of the Power Division
, Vol. 99, No. 2, November 1973, pp. 339-347

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Document type: Journal Paper
Errata:(See full record)
Discussion: by John F. Abel and et al.    (See full record)
Discussion: by Kenneth P. Buchert    (See full record)
Closure:(See full record)
Abstract: The behavior of natural draft cooling tower wind pressure is investigated. Buckling loads of the towers of different meridianal curvatures and shell thicknesses are computed and compared. The results show that: (1) an increase in stiffness of the structure with an increase in meridianal curvature; and (2) changes of buckling load caused by changes in shell thickness is approximately proportional. A dynamic analysis of the tower is also presented. The response of the structure is increased by the dynamic effect. The amount of increase depends upon the wind time history.


ASCE Subject Headings:
Buckling
Cooling towers
Dynamics
Stability
Thermal power
Wind pressure