作者：杨仲轩等著
页数：264
出版社：浙江大学出版社
出版日期：2016
ISBN：9787308157520
电子书格式：pdf/epub/txt
内容简介
杨仲轩著的《砂性土中竖向受荷打入桩静载荷试验数据库分析(英文版)(精)》首先回顾了亟需提升桩驱动沙的负载测试数据库的重要性，然后具体介绍了公开访问的浙江大学与伦敦帝国理工学院（ZJU-ICL)数据库。在介绍了关键质量参数、现有项目数量、报告格式之后，本书通过比较各种预测方法和现场测量方法计算得到的轴向能力，得到初步结果：Main
Text API RP2GEO相对不够稳定，但能提供更好的变量参数，具有显著较少的偏差和散射系数。
目录
Notation List
1 Introduction
2 Design Methods and Database Assessments
2.1 Current Design Methods for Piles Driven in Sand
2.2 Database Assessments of Method Uncertainty and Reliability
3 Description of the Extended ZJU-ICL Database
3.1 Overview
3.2 Quality Criteria
3.3 Detailed Characteristics
4 Calculation Methods Applied in Database Analysis
4.1 Approach
4.2 Procedures
4.3 Key Parameters and Their Assessment
5 Preliminary Database Analysis of Method ReliabilitiesNotation List
1 Introduction
2 Design Methods and Database
Assessments
2.1 Current Design Methods for Piles Driven in
Sand
2.2 Database Assessments of Method Uncertainty and
Reliability
3 Description of the Extended ZJU-ICL
Database
3.1 Overview
3.2 Quality Criteria
3.3 Detailed
Characteristics
4 Calculation Methods Applied in Database
Analysis
4.1 Approach
4.2 Procedures
4.3 Key Parameters and
Their Assessment
5 Preliminary Database Analysis of Method
Reliabilities
5.1 Total Capacity
5.2 Shaft Capacity
5.3 Base
Capacity
5.4 Aging Trends
6 Summary, Conclusions, and
Perspectives
6.1 Summary
6.2 Conclusions
6.3 Perspectives
Appendix:
ZJU-ICL Database
References
Index信息
1 Introduction
2 Design Methods and Database Assessments
2.1 Current Design Methods for Piles Driven in Sand
2.2 Database Assessments of Method Uncertainty and Reliability
3 Description of the Extended ZJU-ICL Database
3.1 Overview
3.2 Quality Criteria
3.3 Detailed Characteristics
4 Calculation Methods Applied in Database Analysis
4.1 Approach
4.2 Procedures
4.3 Key Parameters and Their Assessment
5 Preliminary Database Analysis of Method ReliabilitiesNotation List
1 Introduction
2 Design Methods and Database
Assessments
2.1 Current Design Methods for Piles Driven in
Sand
2.2 Database Assessments of Method Uncertainty and
Reliability
3 Description of the Extended ZJU-ICL
Database
3.1 Overview
3.2 Quality Criteria
3.3 Detailed
Characteristics
4 Calculation Methods Applied in Database
Analysis
4.1 Approach
4.2 Procedures
4.3 Key Parameters and
Their Assessment
5 Preliminary Database Analysis of Method
Reliabilities
5.1 Total Capacity
5.2 Shaft Capacity
5.3 Base
Capacity
5.4 Aging Trends
6 Summary, Conclusions, and
Perspectives
6.1 Summary
6.2 Conclusions
6.3 Perspectives
Appendix:
ZJU-ICL Database
References
Index信息
