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A Review of Different Aspects of Applying Asphalt and Bituminous Mixes under a Railway Track

机译:在铁路轨道下施加沥青和沥青混合的不同方面的综述

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摘要

Asphalt is a common material that is used extensively for roadways. Furthermore, bituminous mixes have been used in railways, both as asphalt and as mortar. Different agencies and research institutes have investigated and suggested various applications. These studies indicate the benefits of bituminous material under railways, such as improving a substructure’s stiffness and bearing capacity; enhancing its dynamic characteristics and response, especially under high-speed train loads; waterproofing the subgrade; protecting the top layers against fine contamination. These potential applications can improve the overall track structure performance and lead to minimizing settlement under heavy loads. They can also guarantee an appropriate response under high-speed loads, especially in comparison to a rigid slab track. This review paper documents the literature related to the utilization of asphalt and bituminous mixes in railway tracks. This paper presents a critical review of the research in the application of asphalt and bituminous mixes in railway tracks. Additionally, this paper reviews the design and construction recommendations and procedures for asphalt and bituminous mixes in railway tracks as practiced in different countries. This paper also provides case studies of projects where asphalt and bituminous mixes have been utilized in railway tracks. It is anticipated that this review paper will facilitate (1) the exchange of ideas and innovations in the area of the design and construction of railway tracks and (2) the development of unified standards for the design and construction of railway tracks with asphalt and bituminous mixtures.
机译:沥青是一种普遍的材料,用于广泛用于道路。此外,沥青混合物已被用于铁路,无论是沥青和砂浆。不同的机构和研究机构已经调查并提出了各种应用。这些研究表明铁路下沥青材料的益处,例如改善子结构的刚度和承载力;提高其动态特征和反应,尤其是在高速列车载荷下;降水;保护顶层抗细污染。这些潜在的应用可以提高整体轨道结构性能,并导致重负载下的沉降。它们还可以保证在高速载荷下的适当响应,特别是与刚性板轨道相比。本文介绍了与铁路轨道中沥青和沥青混合的利用相关的文献。本文提出了对沥青和沥青混合在铁路轨道中施加的研究的关键综述。此外,本文介绍了在不同国家实践的铁路轨道中沥青和沥青混合的设计和施工建议和程序。本文还提供了对沥青和沥青混合物在铁路轨道中使用的项目的案例研究。预计这篇论文将有助于(1)铁路轨道设计和建设领域的思想和创新的交流和(2)在沥青和沥青的铁路轨道设计和建设的统一标准的发展混合。

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