Title:
Calculating guyed towers without using finite elements
Author(s):
Pablo M. Páez , Berardi Sensale
Publication:
ACHE
Volume:
68
Issue:
283
Appears on pages(s):
229 - 240
Keywords:
Guyed towers, Stability functions, Second order analysis, Geometric non-linearity
DOI:
Date:
9/1/2017
Abstract:
Based on the equivalent beam-column method, this paper develops a new formulation for the analysis of guyed towers. The method proposes the calculation of the second order deformation using the stability functions. For this purpose, the tower is modelled as a continuous equivalent beam-column, on non-linear elastic supports, for which the axial stiffness, flexural stiffness, and shear stiffness are calculated depending on the pattern construction of the tower. The guys are replaced by non-linear elastic supports for which the spring constant is obtained from the secant modulus of the cables. In order to validate the proposed method, a comparative study is carried out between the proposed method and the finite element method on a 150metre-high guyed tower using the SAP2000 software
ACI International Partner, ACHE Spain, International Partner Access
View Resource »