Cable-stayed structure design

Author: Shen Shizhao Xu Chongbao Zhao Chenwu Yue Yue
Publisher:
Publish Date: 2006-01-01
Features: Preface to the Second Edition Preface to the Preliminary Edition Introduction References
Chapter 1 Forms and Engineering Applications of Cable Structures Section 1 Single Cable Systems
Section 2 Prestressed Double Cable Systems
Section 3 Prestressed Saddle Cable Networks
Section 4 Rigid Cable Systems and Transversely Reinforced Single Cable Systems
Section 5 Cable Arch Systems and Tensioned String Systems
Section 6 Composite Cable Structures
Section 7 Suspended Shells and Suspended Steel Membranes
Section 8 Cable-Membrane Structures
Section 9 Suspended and Cable-Stayed Hybrid Structures
Section 10 Application of Cables in Glass Structures
References
Chapter 2 Analytical Calculation Methods for Cable Structures Section 1 Single Cable Calculation Theory
Section 2 Calculation of Double Cable Systems
Section 3 Calculation of Saddle Cable Networks
Section 4 Practical Analysis of Transversely Reinforced Single Cable Systems
Section 5 Calculation of Rigid Cable Systems
Section 6 Calculation of Cable Arch Systems
References
Chapter 3 Finite Element Analysis of Cable Structures Section 1 Basic Equations of Node Displacement Method
Section 2 Iterative Solution of Basic Equations
Section 3 Initial Shape Analysis
Section 4 Case Studies
References
Chapter 4 Natural Vibration Characteristics and Seismic Response Analysis of Cable Structures Section 1 Natural Frequencies and Modes of Cable Structures
Section 2 Simplified Calculation of Natural Frequencies of Cable Structures