摘要
本论文旨在探究柔性路面材料在铁路路基中的应用，研究其性能表现和经济效益，并对传统硬性路面材料进行对比。研究将采用理论分析和实际应用相结合的方法，通过数学模型和力学分析方法，分析柔性路面材料在铁路路基中的力学性能、耐久性能、抗裂性能等表现，并深入探究其在复合地基、非稳定地基和复杂条件下的适用性和优势。同时，结合国内外柔性路面材料在铁路路基中的实际应用，分析其经济和社会效益。本研究的成果包括对柔性路面材料的分类、特性和应用范围的介绍，国内外柔性路面材料在铁路路基中应用的现状和发展趋势，柔性路面材料在铁路路基中不同条件下的适用性分析以及柔性路面材料与传统硬性路面材料的对比分析等，主要结论为柔性路面材料在铁路路基中具有良好的适用性和经济效益，是一种值得推广的新型路面材料。
关键字；柔性路面材料 铁路路基 性能表现 经济效益
Abstract
This thesis aims to explore the application of flexible pavement materials in railway subgrades, study their performance and economic benefits, and compare them with traditional rigid pavement materials. The research will use a combination of theoretical analysis and practical application, and analyze the mechanical performance, durability, and crack resistance of flexible pavement materials in railway subgrades through mathematical models and mechanical analysis methods. Furthermore, the study will investigate their applicability and advantages in composite subgrades, unstable subgrades, and complex conditions. By combining the practical application of flexible pavement materials in railway subgrades domestically and abroad, the research will analyze their economic and social benefits. The findings will include an introduction to the classification, characteristics, and application scope of flexible pavement materials, the current situation and development trend of their application in railway subgrades domestically and abroad, an analysis of their applicability under various conditions and a comparison between flexible pavement materials and traditional rigid pavement materials. The main conclusion is that flexible pavement materials have good applicability and economic benefits in railway subgrades and are a new type of pavement material worthy of promotion.
Keywords: Flexible pavement materials, Railway subgrade, Performance evaluation, Economic benefits.
目录
引言 6
1 柔性路面材料的介绍 7
1.1定义及特点 7
1.2柔性路面材料的分类 7
1.3柔性路面材料的物理特性 7
1.4柔性路面材料的主要结构设计 8
2 柔性路面材料在铁路路基中的性能分析 8
2.1稳定性分析 8
2.2基础平整度与平整度保持能力分析 8
2.3承载力分析 9
3 柔性路面材料在铁路路基中的工程应用实例 9
3.1 铁路路基的设计与要求 9
3.1.1铁路路基的概述 9
3.1.2铁路路基结构与设计要求 9
3.2 柔性路面材料在某段铁路路基设计方案的实际应用 10
3.3柔性路面材料在铁路路基不同环境条件下的施工工艺 10
3.4柔性路面材料在铁路路基应用中的安全问题及防范措施 10
4 柔性路面材料在铁路路基中应用的经济和社会效益分析 11
4.1 柔性路面材料引进对铁路建设的经济收益 11
4.1.1提高建设成本效益 11
4.1.2增加铁路产值 11
4.2 柔性路面材料在铁路路基中应用的社会效益 12
4.2.1促进区域发展 12
4.2.2保障社会安全 12
结论 12
参考文献 13
致谢 16
本论文旨在探究柔性路面材料在铁路路基中的应用，研究其性能表现和经济效益，并对传统硬性路面材料进行对比。研究将采用理论分析和实际应用相结合的方法，通过数学模型和力学分析方法，分析柔性路面材料在铁路路基中的力学性能、耐久性能、抗裂性能等表现，并深入探究其在复合地基、非稳定地基和复杂条件下的适用性和优势。同时，结合国内外柔性路面材料在铁路路基中的实际应用，分析其经济和社会效益。本研究的成果包括对柔性路面材料的分类、特性和应用范围的介绍，国内外柔性路面材料在铁路路基中应用的现状和发展趋势，柔性路面材料在铁路路基中不同条件下的适用性分析以及柔性路面材料与传统硬性路面材料的对比分析等，主要结论为柔性路面材料在铁路路基中具有良好的适用性和经济效益，是一种值得推广的新型路面材料。
关键字；柔性路面材料 铁路路基 性能表现 经济效益
Abstract
This thesis aims to explore the application of flexible pavement materials in railway subgrades, study their performance and economic benefits, and compare them with traditional rigid pavement materials. The research will use a combination of theoretical analysis and practical application, and analyze the mechanical performance, durability, and crack resistance of flexible pavement materials in railway subgrades through mathematical models and mechanical analysis methods. Furthermore, the study will investigate their applicability and advantages in composite subgrades, unstable subgrades, and complex conditions. By combining the practical application of flexible pavement materials in railway subgrades domestically and abroad, the research will analyze their economic and social benefits. The findings will include an introduction to the classification, characteristics, and application scope of flexible pavement materials, the current situation and development trend of their application in railway subgrades domestically and abroad, an analysis of their applicability under various conditions and a comparison between flexible pavement materials and traditional rigid pavement materials. The main conclusion is that flexible pavement materials have good applicability and economic benefits in railway subgrades and are a new type of pavement material worthy of promotion.
Keywords: Flexible pavement materials, Railway subgrade, Performance evaluation, Economic benefits.
目录
引言 6
1 柔性路面材料的介绍 7
1.1定义及特点 7
1.2柔性路面材料的分类 7
1.3柔性路面材料的物理特性 7
1.4柔性路面材料的主要结构设计 8
2 柔性路面材料在铁路路基中的性能分析 8
2.1稳定性分析 8
2.2基础平整度与平整度保持能力分析 8
2.3承载力分析 9
3 柔性路面材料在铁路路基中的工程应用实例 9
3.1 铁路路基的设计与要求 9
3.1.1铁路路基的概述 9
3.1.2铁路路基结构与设计要求 9
3.2 柔性路面材料在某段铁路路基设计方案的实际应用 10
3.3柔性路面材料在铁路路基不同环境条件下的施工工艺 10
3.4柔性路面材料在铁路路基应用中的安全问题及防范措施 10
4 柔性路面材料在铁路路基中应用的经济和社会效益分析 11
4.1 柔性路面材料引进对铁路建设的经济收益 11
4.1.1提高建设成本效益 11
4.1.2增加铁路产值 11
4.2 柔性路面材料在铁路路基中应用的社会效益 12
4.2.1促进区域发展 12
4.2.2保障社会安全 12
结论 12
参考文献 13
致谢 16
