瑞典机场路面结构分析与设计

C. Lenngren, H. Carlsson
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引用次数: 1

摘要

本文讨论了瑞典机场的机械设计过程是如何演变的,以及它是如何被使用的。同时,对路面分类数(PCN)对承载能力的影响进行了敏感性研究。例如,修订后的沥青应变准则如何影响所得的pcn值?其他参数包括春融期沥青层、基层和路基的刚度。在瑞典选定的机场路面上,计算了一些常用飞机的等效标准轮载(ESWL)。这些计算是基于沥青层底部的拉伸应变。因此,以这种方式得出的飞机分类编号(ACN)可以与现有状态进行比较。本文还讨论了高速轧制挠度计的未来应用。相关摘要见ITRD E118503。
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Airfield Pavement Structural Analyses and Design in Sweden
The present paper discusses how a mechanistic design process evolved for airfields in Sweden and how it is being used. Also, a sensitivity study is presented showing parameter influence on the bearing capacity expressed in Pavement Classification Number (PCN). For example, how do revised asphalt strain criteria affect the resulting PCN-value? Other parameters included the stiffness of the asphalt layer, the base layer, and subgrade during the spring thaw period. An equivalent number of standard wheel load (ESWL) was calculated for some commonly used aircrafts on selected Swedish airfield pavements. These calculations were based on the tensile strain at bottom of the asphalt layer. Thus, the Aircraft Classification Number (ACN) derived in this manner could be compared to the existing status. The paper also discusses some future applications using high-speed rolling deflectometers. For the covering abstract see ITRD E118503.
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In Situ Assessment of Stiffness of a Road Sand Embankment Variation in Calculated Pavement Performance Due to Variation in Input Data Evaluation of the Influence of Asphalt Concrete Pavement Discontinuities on Falling Weight Deflectometer Measurements Bearing Capacity of a Flexible Pavement during the Construction Phase Non-contact Deflection Measurement at High Speed
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