说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 句库 -> 交通重载
1.
Heavy Traffic and Soft Subgrade under the Combined Effect of Power the Research of Mechanism of Surface Damage
交通重载与软土路基动力共同作用下路面破损机理的研究
2.
Division Methods of Heavy Load and Heavy Load Traffic on Cement Concrete Pavement
水泥混凝土路面重载与重载交通的界定方法
3.
Research on Heavy Load Pavement Structure of Xuanda Expressway;
宣大高速公路重载交通路面结构研究
4.
Researching on High-temperature Shear of Asphalt Mixture Pavement under Heavy Duty Loading;
重载交通沥青路面高温抗剪性能研究
5.
Inspecting and Reinforcement of Simply Supported T Beam Bridge under the Heavy Traffic
重载交通下简支T梁桥的检测与加固
6.
Study on the Vehicle Load of Bridge Design on Heavy Traffic Highway Based on Traffic Investigation
基于交通调查的重载交通公路桥梁设计车辆荷载探讨
7.
deadweight tonnage - DWT: The weight in long tons that a vessel can carry when fully laden.
载重吨位(简写为DWT):指一个交通工具完全装满后可载的英吨重量。
8.
Sedan chair was an important means of man-carrying transportation in ancient China.
版主译:古时候,轿子是中国重要的载人交通工具。
9.
Study of Concrete Pavement Materials and Structure under Heavy-load Transportation;
重载交通水泥混凝土路面材料与结构研究
10.
Study on Asphalt Pavement Design of Gesign of GTM Method in Heavy Traffaic;
CTM在重载交通沥青路面设计中应用的研究
11.
Study on Improvement of the Pavement Performance of Cement-stabilized Crushed Stones under Heavy Vehicles;
重载交通水泥稳定碎石路用性能改善措施研究
12.
Capability Research of Cement Pavement Adapting to the Heavy-weight Transportation;
重载交通水泥混凝土路面使用性能研究
13.
Experimental Research on Heavy-duty Asphalt Pavements in Shenzhen Long-Da Freeway;
重载交通沥青路面—深圳龙大高速公路试验研究
14.
Researching on the Structure and Material Design of Perpetual Pavement;
重载交通长寿命沥青路面结构及材料设计研究
15.
Study on the Depth of Subgrade Work Area of Grade Road under Excess Traffic Load
重载交通下等级路路基工作区深度的研究
16.
The analysis and effect of asphalt pavement service life under heavy load traffic
重载交通对沥青路面使用寿命的影响分析
17.
Asphalt Pavement Structural Design Method Optimization of Heavy Load Traffic
重载交通沥青路面结构设计方法改进探讨
18.
Analysis on the influence of the cement concrete pavement mechanics mechanism under heavy transportation
重载交通下水泥砼路面力学机理的影响分析