1.
Propagation Law and Overpressure Load of Blast Wave in Urban Complex Environment;
城市复杂环境中爆炸波的传播规律与超压荷载
2.
When the diffraction process is completed the overpressure loading on the front and back faces are essentially equal.
当绕射过程完成时，作用于正面和背面的超压荷载基本上相等。
3.
STUDY ON THE SETTLEMENT RATE STANDARD FOR DETERMINING THE SURCHARGE REMOVAL TIME FOR EMBANKMENT ON SOFT GROUND
公路软基超载预压卸荷沉降速率标准研究
4.
Secondary compression characteristics and settlement calculation of soft clay under overloading-unloading and reloading
超载卸荷后再压缩软土的次压缩特征及变形计算
5.
joint contact surface
连接接触面总压紧载荷
6.
A load or burden that is too full or heavy.
超载过量或过重的载荷或负担
7.
The smallest load capable of maintaining the bar in a slightly bent form is called the critical or bucking load.
使杆保持稍微弯曲形状的最小载荷称为临界载荷或临界压曲载荷。
8.
Analysis of Estimating Ultimate Loading and Static Test of Screw Pile Under Inclined Loading
承压螺旋桩斜向荷载试验与极限荷载判定分析
9.
Notice:※ indecates that mind the duty cycle while welding, to avoid overloading and damaging the transformer.
注意：※示使用此焊机时应特别注意焊机的负载持续率，以免超负荷烧坏焊接变压器。
10.
In a structure with no openings, the loading will cease only when the overpressure drops to zero.
对没有开口的建筑物来说，只有当超压力降到零时，这种载荷才会终止。
11.
Notice:※indecates that mind the duty cycle while welding ,to avoid overloading and damaging the transformer.
注意：※表示使用此焊机时应特别注意焊机的负载持续率，以免超负荷烧坏焊接变压器。
12.
RESEARCH ON RESIDUAL STRESS ATTENUATION RULE OF THE LDPE TUBULAR REACTOR UNDER ALTERNATING LOAD
聚乙烯自增强超高压反应器交变载荷条件下残余应力衰减规律的研究
13.
503 Service Unavailable The request was not completed. The server is temporarily overloading or down.
请求未能完成。服务器承载量超负荷。
14.
The Pile Group Effect Research of Great Pile Group under Vertical Load;
竖向荷载下超大群桩的群桩效应研究
15.
Numerical investigation on interaction of axial and lateral response for super-long pile
轴-横向荷载作用下超长桩数值模拟
16.
Numerical Analysis on Bearing Mechanism of Super-long Group Piles under Vertical Load;
竖直荷载作用下超长群桩承载机理的数值分析
17.
The occupation rate of hotels reached or even surpassed 100 percent, and railways and civil aviation operated with overload.
饭店入住率超过100%，铁路、民航超负荷运载。
18.
Investigation on Fatigue Behavior of Materials in Very High Cycle Regime under Vibratory Loading;
超声振动载荷下材料的超高周疲劳性能研究