1.
It is a notable case when the vicinal slopes or excavations are likely to reduce significantly the bearing capacity of foundation.
临近基坑或边坡的既有建筑物地基承载力减损情况是一个值得关注的问题。
2.
Kinematics Simulation and Bearing Capacity Computation of the Three-ring Gear Reducer;
三环减速器的运动学仿真及承载能力计算
3.
A Study on Loading Capacity of Three-ring Gear Reducer and Design for New Product Series;
三环减速器承载能力研究与新产品系列设计
4.
Ultimate Load Bearing Capacity Evaluation of Frame Structures by an Elastic Modulus Reduction Method
用弹性模量缩减法分析刚架结构的极限承载力
5.
The Research on Load-carrying Capacity and Damage Analysis of the Existing Combined Truss Arch Bridge;
既有桁式组合拱桥承载能力与损伤分析研究
6.
Ultimate Longitudinal Capacity of Damaged Large-scale Double Shell Oil Tanker;
大型双壳油轮破损后总纵极限承载能力的研究
7.
Injuried Double-Curved Arch Bridge Capacity of Analysis and Assessment;
带损伤的双曲拱桥梁承载能力分析与评估
8.
Study on Ultimate Capacity and Fatigue Performance of Composite Box Girders with Corrugated Steel Webs
波形钢腹板组合箱梁承载能力及疲劳损伤分析
9.
Nondestructive testing and bearing capacity evaluation for T-type bridge
既有T形刚构桥无损检测及承载力评定
10.
Ultimate bearing capacity appraisal of damaged reinforced concrete structural elements
受损钢筋混凝土构件极限承载能力研究
11.
Experimental study on ultimate bearing capacity of damaged concrete T-beam bridge systems
体系损伤混凝土T梁桥极限承载力试验
12.
The research and expectation of carrying capacity for the damaged reinforced concrete structures
受损钢筋混凝土结构承载能力研究及发展展望
13.
ultimate bearing capacity [ground]
极限承载力〔土地〕
14.
The pile-end post-grouting technology can help to improve the bearing capacity of drilled grouting piles and to decrease their sedimentation.
桩端后注浆可以提高钻孔灌注桩的承载能力,减少其沉降量。
15.
Planar double-enveloping worm gears reducer-dimensions and load capacity
GB/T16444-1996平面二次包络环面蜗杆减速器系列、润滑和承载能力
16.
Experimental Research and Analysis on the Residual Ultimate Strength and Stiffness Degradation of Steel Reinforced High Strength and High Performance Concrete Frame Joints;
型钢高强高性能混凝土框架节点承载力衰减规律研究
17.
THE ELASTIC MODULUS REDUCTION METHOD FOR LOAD CARRYING CAPACITY EVALUATION OF FRAME,PLATE AND SHELL STRUCTURES
弹性模量缩减法分析杆系和板壳结构的极限承载力
18.
Flexural capacity of RC beam strengthened with carbon fiber sheets under high temperature:influence factors and attenuation rule
碳纤维布加固混凝土梁的高温抗弯承载力——影响因素及衰减关系