This article researches on the calculation method of thermal stress of cement concrete pavement on lean concrete base course.
本文围绕贫混凝土透水基层水泥混凝土路面温度应力计算方法展开研究。
This text mainly introduced the application of the common finite element software ABAQUS in lean concrete base asphalt pavement.
主要介绍了有限元通用软件ABAQUS在贫混凝土基层沥青路面中的应用问题。
The concrete pavement with lean concrete base (LCB) is a suited kind of pavement structure for heavy and over-heavy traffic. Because of its excellence, it has good future.
贫混凝土基层混凝土路面是一种适用于承受重、超重交通的路面结构，由于其种种优点，具有很大的发展潜力。
Fatigue property of lean concrete should be studied when the material is set as base course since it withstands the repeated actions of load stress and temperature stress.
贫混凝土用于路面基层时，由于受到荷载应力和温度应力的反复作用，需研究其疲劳特性。
RCC lean concrete is one kind of super-stiff concrete, and there are only a few engineering examples in which it applied to the pavement base in domestic.
碾压贫混凝土是一种超干硬性混凝土，在国内，其应用于路面基层的工程实例较少。
The lean concrete road base is easy to bring dry contraction due to its much amount of cement and large exposed area.
道路基层贫混凝土水泥用量较大而且是暴露面积较大的工程，容易发生较大的干燥收缩。
The strength character of lean concrete road base material influenced by age and the amount of fly-ash used in it was studied through test in the lab.
通过室内试验，研究了不同粉煤灰掺量、不同龄期对贫混凝土基层材料强度的影响规律，并与不掺粉煤灰贫混凝土的 强度特性进行了对比研究。
The strength character of lean concrete road base material influenced by age and the amount of fly-ash used in it was studied through test in the lab.
通过室内试验，研究了不同粉煤灰掺量、不同龄期对贫混凝土基层材料强度的影响规律，并与不掺粉煤灰贫混凝土的 强度特性进行了对比研究。
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