1) heavy load pavement
重载路面
1.
The multi-index system including the surface deflection,the flexural-tensile stress at the bottom of semi-rigid base,and the rutting,were taken,when designed of heavy load pavement,to build up the formula for axle load conversion based on deflection,flexural-tensile stress and rutting,respectively,thus providing a reliable method for design of heavy load pavement.
在重载道路路面设计时采用路表弯沉、半刚性基层层底弯拉应力及车辙多指标体系,分别建立了以弯沉、弯拉及车辙等效的轴载换算公式,为重载路面的设计提供了一种可靠的设计方法。
2) heavy-load and long-life pavement
重载长效路面
1.
The composition and performances of compositely modified asphalt mixture for heavy-load and long-life pavement were studied using rutting test,uniaxial penetration test and flexural-tensile fatigue test.
选用车辙试验、单轴贯入试验及小梁弯拉疲劳试验,进行了重载长效路面复合改性沥青混合料组成及性能研究。
3) heavy haul railway
重载铁路
1.
Investigation of environmental vibration control for high speed and heavy haul railway;
高速、重载铁路环境振动控制研究
2.
Thcrmal spray is an effective tcchnique to improve friction and corrosion resistance of engineering components and is widely applying to high-speed and heavy haul railway engineering.
热喷涂是提高工程构件抗磨蚀性的有效技术，在高速重载铁路工程上应用具有广阔前景，将产生巨大经济及社会效益。
3.
The transportation organization of heavy haul railway is complex in China,especially,the feedback of empty cars.
我国重载铁路运输组织比较复杂,空车回送也有其特殊性。
4) branch-congruency
支路重载
1.
A branch-congruency power method is presented, based on improved Newton-Raphson power flow algorithm.
在牛顿-拉夫逊法的基础上提出了一种支路重载型潮流算法。
5) heavy-load road
重载道路
1.
The article collects some traffic and axial load information of the local typical heavy-load roads, analyzes the classification method of heavy vehicle and the limit range of the axial load, and studies the axial load spectrum law of the heavy-load roads with the different functions.
该文收集了国内几条典型重载道路的交通、轴载资料,分析了重车分类方法和轴载限制大小,研究了不同功能重载道路的轴载谱分布规律。
6) heavy haul lines
重载线路
1.
Described is the optimized design method for wheel-rail profile on heavy haul lines in Russia.
介绍了俄罗斯重载线路轮轨外形匹配最优化的设计方法。
补充资料：重载
1.古时谓装载辎重等货物。 2.指装载辎重等货物的车辆。 3.满载;超载。 4.指超载的车。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条