工程结构变形协调控制方法及应用(英文版) 内容简介

本书通过4万余个满足稳定平衡的工程案例进行整体统计分析, 揭示了工程结构变形协调控制问题。即, 大部分理论上满足稳定平衡的工程结构, 通过类比、试验等手段进行综合修正后, 自然满足变形协调控制条件, 此类工程结构是安全的 ; 反之, 部分工程结构理论上满足稳定平衡而不满足变形协调控制调节, 这部分结构就不同程度地存在一些问题甚至是安全风险。

工程结构变形协调控制方法及应用(英文版) 目录

1 Engineering Structure-Related Stable Equilibrium and Deformation Compatibility Control Method
1．1 Compatibility of Engineering Structure System and Mechanics Analysis
1．1．1 Deformation Compatibility Control Problems
According to Past Engineering Structure Cases
1．1．2 Implied Deformation Compatibility Control Condition in the Application of Newtonian Mechanics and Experimental Mechanics
1．2 Three Problems Identified in the Safe State of Engineering Structure
1．2．1 Problem in the Conversion of Structure Equilibrium
1．2．2 Problem in Branch Point Stability
1．2．3 Problem in Structure Deformation Compatibility
1．3 Approaches to Solving Different Engineering Problems and Their Concepts
1．3．1 Solution to the “Apple and Leaf” Problems
1．3．2 Engineering Mechanical Analysis of Steady-State and Nonsteady-State Structures
1．4 Deformation Incompatibility of Engineering Structure Inducing Damage Concentration on Weak Parts of the Structure
1．5 Deformation Compatibility Control Method for Engineering Structures

2 Engineering Deformation Compatibility Control Method and Structural Safety Management
2．1 Effect of Deformation Compatibility Control on the Transmission or Transfer of Force in Structural Systems
2．2 Application Effectiveness of Deformation Compatibility Control Method in Bridge Structures
2．2．1 Comparison of Damage Accumulation on Simple Support Bridge Before and After Bridge Reinforcement
2．2．2 Accumulated Damage Test on Bowstring Arch Bridge Structures
2．2．3 Deformation Compatibility Control Problems in Bridge Expansion Device and Deck Paving
2．2．4 Deformation Compatibility Control Problem Associated with Bridge Safety in Mountain Areas
2．3 Application Effectiveness of Deformation Compatibility Control Method in Tunnel Structure
2．3．1 Deformation Compatibility Control Measures for Mountain Tunnel
2．3．2 Deformation Compatibility Control Measures for Shield Tunneling
2．3．3 Application Effectiveness of Deformation Compatibility Control Method in Metastable Tunnel Construction
2．3．4 Application Effectiveness of Deformation Compatibility Control Method in the Construction of Soft Plastic-Flow Soil Tunnel
2．4 Application Effectiveness of Deformation Compatibility Control Method in the Management of “Bump at Bridgehead” on Soft Soil Road Foundation
2．4．1 Uneven Subsidence of Soft Soil Road Foundation
2．4．2 Comparison Test and Calculation Analysis of Integrity and Friability of Bridge-Head Soft Soil Road Foundation
2．4．3 Comparison of Soft Soil Foundation Strength and Rheological Properties in Tests
2．4．4 Basic Law and Design Method for Soft Soil Foundation
2．4．5 Introduction to Successful Management of Soft Soil Road Foundations
Comments from Sun Jun
Bibliography
Afterword

建筑 城乡规划/市政工程

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