1.
By solving the dynamic buckling equation numerically, the effect of pre-load, impact yate and geometrical imperfection on critical impact load is studied.
文中考查了静力预载荷、冲击载荷速度以及初始几何缺陷对临界冲击载荷的影响。
2.
It is measured at a speed of 2m/s under load intensity of 1.96Mpa.
它是在载荷集度为1．96Mpa和速度为2m／s时测得的。
3.
The Steady-state Responses and Critical Velocities of the Infinite Beams on a Viscous Foundation for a Moving Load;
移动荷载下无限长梁稳态响应和临界速度分析
4.
Temperature-humidity-load Accelerating Age Tests of PBX
高聚物粘结炸药温湿度载荷加速老化试验研究
5.
Effect of Moving Loads Speed on Dynamic Response of Bridge at the Center of Span
移动荷载速度对梁桥跨中动力响应影响的分析
6.
Effect of Concentration of Hydrogen Peroxide on the Friction and Wear Behavior of 1Crl8NI9Ti Stainless Steel
过氧化氢浓度、载荷和滑动速度对1Cr18Ni9Ti不锈钢摩擦学行为的影响
7.
In addition, the surface microstructure and the morphology have been observed by scanning electron microscopy( SEM) and X-ray diffraction.
结果表明随着磨损载荷、擦速度的增加，摩擦系数有所减小。
8.
For smaller vehicles with high acceleration the wind may be little concern with structural loads.
对于具有高加速度的小型飞行器，风与结构载荷的关系可能不大。
9.
A Discussion on Structural Steel Brittleness Induced by Temperature and Loading Rate and Fracture Controlment;
温度和载荷速率影响结构钢脆性的本质探讨及脆断控制
10.
Investigation on Applications of Mode-acceleration Solution to Wind Load and Wind-induced Response of Large Span Roofs;
模态加速度法在大跨屋盖风荷载及其动态响应中的应用
11.
Experimental Study on the Potential-Controlled Friction Behaviors of ZrO_2/Stainless Steel Pairs under Different Normal Loads and Sliding Speeds
不同载荷和速度下氧化锆/不锈钢摩擦副电控摩擦行为的实验研究
12.
PREDICTION OF DEBRIS LAUNCH VELOCITY OF REINFORCED CONCRETE SLAB SUBJECTED TO INTERNAL BLAST LOADING
内部爆炸荷载作用下钢筋混凝土板碎片抛射速度的预测
13.
The Effective Static Wind Load and the Top Acceleration Response of Liede A3# Building
猎德地块A3栋等效静力风荷载及峰值加速度响应
14.
Research Report of Comparison Test for Quick and Slow Static Loading Test;
静载荷试验快速法与慢速法对比试验
15.
The response of joints opening,dam stress and acceleration under earthquake loads are discussed.
讨论了在地震荷载作用下抗震钢筋对坝体横缝张开度、坝体应力以及加速度响应的影响。
16.
Research on Load Spectrum and Residual Life of Speed Increased Passenger Car Axle;
提速客车车轴载荷谱及剩余寿命研究
17.
Second, measure the load of the gear and its revolutional speed in step, and change the load distribution on time into another load distribution on loaded numbers.
制谱时应把载荷时间分布按载荷—转速规律化为载荷次数分布,然后进行制谱。
18.
After the lode disappearance, the stress of each calculation point in the road diminishes quickly, particularly the verticial stress.
当载荷消失后，路面内各计算点的应力值迅速减小，尤其竖向应力减小幅度更大。