1.
INFLUENCE OF DOWEL BARS ON LOAD TRANSFER EFFICIENCY AND THERMAL STRESSES IN CEMENT CONCRETE PAVEMENT
传力杆对接缝传荷能力及临界荷位处应力的影响
2.
3-D finite element analysis of the load transfer efficiency of joints of airport rigid pavement
机场水泥混凝土道面接缝传荷能力分析
3.
The Analysis of Dynamic Response in the Load Transfer Efficiency of CCP Based on FWD
动静荷载作用下水泥混凝土路面接缝传荷能力的研究
4.
Relationship between Voids Beneath Slab and the Load Transfer Efficiency;
水泥混凝土路面板底脱空和接缝传荷能力的关系
5.
Research on the performance of cast-in-situ concrete in wet-joint of stress absorbing layer
现浇应力吸收层湿接缝混凝土性能研究
6.
Study on Concrete Stitch of Widening Bridge under Traffic Load
交通荷载对拓宽桥梁接缝的影响研究
7.
ANALYSIS OF GRAVITY LOAD EFFECT ON SEISMIC BEHAVIOR OF SLAB-COLUMN CONNECTIONS
重力荷载对板柱连接抗震性能影响的分析
8.
The Technology of Intelligent Power Load Forecast with Genetic & BP Network
基于遗传BP网络的智能型电力负荷预测技术
9.
Experimental Research and Analysis on the Load Transfer Behavior of Multiple Stage Prestressing Anchorage
多级传力预应力端锚荷载传递性能试验研究与分析
10.
The main features are that the back surface weiding seams are even, smooth and weld edge tidy, excellent in performances of welding technology and welding seam dynamics.
主要特点是背面焊缝匀称、光滑，焊趾整齐，焊接工艺性能及焊缝力学性能优良。
11.
Alloying Component Adjustment and Mechanical Properties Research of TA15 Titanium Alloy EB Welding Joint
TA15钛合金电子束焊缝成分调控与接头力学性能研究
12.
Phase Constitution of Soldering Seam and Mechanical Properties of Zn Matrix Filler Metal Soldering Magnesium Alloy AZ31B Joint
Zn基钎料钎焊镁合金AZ31B接头的钎缝物相及力学性能
13.
Household sewing machines--Determination of sewing capacity
GB/T4516-1995家用缝纫机缝厚能力测试方法
14.
Cracks may initiate in compression, and certainly in tension.
裂缝可能在压缩载荷下形成，当然也可能在拉伸载荷下形成。
15.
To Meet the Challenge of Web Media and Promote the Ruling Ability of CPC;
迎接网络传媒挑战,提高党的执政能力
16.
Evaluation Study on the Attacking Ability of Aid Setter in Women s Volleyball Teams;
女排接应二传的进攻能力RSR评价研究
17.
Behavior of High-strength Bolted Endplate Connection Steel Structure under Monotonic and Cyclic Loading;
静力、循环荷载下高强度螺栓端板连接节点的性能研究
18.
Study on the Stability of Continuous Welded Rail(CWR) under Vehicle Loads and Temperature Force;
温度力与车辆荷载作用下无缝线路稳定性研究