1.
The maximum load , span of supports YueLong brand type cable tray must be less allowable load and span of supports .
“跃龙”品牌系列电缆桥架的最大载荷、支撑间距应小于允许载荷和支撑荷和支撑跨距。
2.
Maximum Loading, Velocity, and PV Values for select kit materials.
所选部件材料的最大载荷、度和极限PV值。
3.
The effect of these nonlinearities can be avoided by determining compliance at the same maximum load for all crack lengths investigated.
这些非线性效应，可在测定所有裂纹长度的柔度方法时，采用最大载荷不变的方法予以消除。
4.
The load reaches a maximum and then drops down.
载荷在达到最大值后下降。
5.
maximum authorized static load on coupling device
作用在挂接装置上的最大允许静载荷
6.
maximum design static laod borne by semi-trailer towing vehicle
半挂牵引车承受的最大静载荷
7.
maximum design static laod on coupling device
作用在挂接装置上的最大设计静载荷
8.
HILOAD(high load): used for carrying or balancing the maximum weight load .
HILOAD（高负载）：用于抓取或平衡最大重量的载荷物。
9.
maximum all-up weight [loaded condition]
最高承载重量〔载荷状态〕
10.
Analysis of the Maximum Working Load on Large Span Pentahedral Machine Tool Beams
大跨距龙门五面体机床横梁最大工作载荷分析
11.
The maximum load on a bearing should always be smaller than the relief load in order to avoid scuffing.
为了避免划伤，轴承上的最大负荷应该总是小于其卸载负荷。
12.
The maximum load on a bearing should always be smaller than the relief load in order to avoid scuffing and brineling.
为了避免划伤和压坑，轴承上的最大负荷应该总是小于其卸载负荷。
13.
The calculation of ledger maximum bending moment and deformation the even load of scaffold board and live loads above the ledger.
按照大横杆上面的脚手板和活荷载作为均布荷载计算大横杆的最大弯矩和变形。
14.
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。
15.
Calculation of the maximum working load of tower bolts for large-scale wind turbine
大型风力发电机组塔架联接螺栓最大工作载荷的计算
16.
Wind Load Analysis of the Maximum Cantilever in Construction Periods of High-Rise Cap Continous Rigid Frame Bridge
高桩承台连续刚构桥最大悬臂施工阶段风荷载分析
17.
Analysis on load transfer for caped piles under large area of embankment
大面积路堤荷载下带承台桩的荷载传递分析
18.
A granular material designed for maximum stability should possess high internal friction to resist deformation under load
为得到最大的稳定性而设计的颗粒材料应具有高内摩擦力而抵抗荷载下的变形。