1.
Increasing total load-carring area of thrust blok in the thrust bearing, increasing cooling area, the load-carring ability has been improved
通过增加推力轴承的推力块总承压面积，增加冷却面积，提高了推力轴承的承载能力
2.
Bear the brunt of sthbreceive the main force, shock or impact of sth
承受某事物的主要压力或正面的冲撞
3.
Can work under pressure and Prefer to facing Challenge.
能够承受压力工作，敢于面对挑战.
4.
The Ultimate Load-Carrying Capacity in-Plane of Tapered Member;
楔形压弯构件平面内稳定极限承载力
5.
Effect of axial compression ratio to bearing capacity of piece with T-shaped section
轴压比对T形截面构件承载力的影响
6.
Supersonic velocity field of externally pressurized gas-lubricated circular bearings
平面静压气浮轴承超音速流场的研究
7.
Design of Press Slope Die for Pressing Cage of New Type Spherical Roller Bearings
新型球面滚子轴承冲压保持架压坡模的设计
8.
Calculation of Bearing Capacity of Axial Compression Short Column with Round Cross-Section Reinforced by Enlarging Cross-Section Method
扩大截面加固轴心受压圆截面短柱承载力计算
9.
Vibrating roller compacts the earth until it can bear the weight of the base course and wearing surface that will rest on it.
震动压路机将泥土压实，使其能承受上面的基层和磨损面的重量。
10.
Nobody knows how much strain the ground forces can bear.
地面部队能承受多大压力，对此无人知晓。
11.
Stress Analysis of the Spherical Bearing of Screw Dow System of ?950 Primary Mill
φ950开坯机压下系统球面轴承的受力分析
12.
Study on Abutment Pressure Distribution and Surrounding Rock Control in Fully Mechanized Sub Level Caving Working Face of Deep Mine;
深井综放工作面支承压力分布及围岩控制研究
13.
The Numerical Simulating Study of Working Face Water Inrush Theory under High Confined Water;
高承压水作用下工作面突水机理数值模拟研究
14.
Theoretical Research on the Load Capacity of Eccentric Compressive Circular Section Column by Enclosed Reinforcement;
围套加固偏心受压圆截面柱承载力理论研究
15.
Research on Bearing Capacity of Normal Section for Steel Reinforced Concrete Columns under Biaxial Eccentric Compression
型钢混凝土柱双向偏心受压正截面承载力研究
16.
Study on the Ultimate Load Carrying Capacity of Box-section Steel Columns Stiffened by Inner Longitudinal Ribs
内置纵肋箱形截面钢压杆稳定极限承载力研究
17.
Confined Groundwater Simulation and Land Subsidence Predition in Fuyang City
阜阳市承压水流系统模拟与地面沉降预测
18.
Influence of Dewatering of Confined Aquifers on Land Subsidence During Deep Excavation
深基坑承压含水层降水对地面沉降的影响