1.
The Finite Element Analysis on Strength, Stiffness and Fatigue Character of Automobile Body s Die;
车身模具强度刚度及疲劳性的有限元分析
2.
Research of Simulation Test Technology of Electro-Optical Sights Impact Intensity;
光电瞄具冲击强度模拟试验技术研究
3.
The Design and Application of the Groove-Making Mould for Glue Bond Strength Test Pieces
胶合强度试件制槽模具的设计与应用
4.
Analyse of strength and toughness to circular mold cavity in injection molding;
注射模具中圆形型腔强度与刚度的分析计算
5.
Forming Die for Titanium Alloy Superplastic Bulging and the Equistrength Criterion for Die Design
钛合金超塑性吹塑成形模具及等强度模具设计准则
6.
The applied structure parameters of dies are obtained by verifying the intensity of optimal dies.
校核模具优化后的强度，得出了合理的模具结构参数。
7.
Topology optimization of high strength steel stamping die in consideration of offset load
考虑模具偏载的高强度钢板冲压模具拓扑优化设计
8.
Analysis of forming process and design of die for bracket of bumper
高强度保险杠支架成形工艺分析与模具设计
9.
Pricing of default bond with stochastic default intensity
具有随机违约强度的公司债券定价模型
10.
Research on Process Experiment of Cold Heading Mould of High-duty Screw Fastener
高强度紧固件GM钢冷镦模具加工工艺实验研究
11.
The Fuzzy Reliability Analysis of the Stress-Intensity Model with Fuzzy-Random Variables;
具有应力—强度为随机—模糊干涉模型的可靠性分析
12.
These materials exhibit low strength.
这些材料具有低强度。
13.
A Model for Age Strengthening of Al Alloys with Plate/Disc-like or Rod/Needle-like Precipitate
具有盘/片状,棒/针状析出相铝合金的时效-屈服强度变化模型
14.
On the Application of Surface Accentuated Technology of High - energy Density Energy Resources in the Industry of Mould Maufacture;
浅谈高能量密度能源表面强化技术在模具制造行业的应用
15.
Both the structure of die without punch guidance and protecting jacket are analyzed, and opinions that intensity of blanking small punch should be verified are concluded.
对无凸模导向和保护套的模具结构进行分析,提出冲裁小凸模强度核算应考虑的问题。
16.
An instrument for measuring the intensity and direction of a magnetic field.
磁强计测量磁场的强度和方向的工具
17.
Conclusion The rare earth ternary complexes have strong fluorescence intensity.
结论稀土配合物具有很强的荧光强度.
18.
"Carbon steel has high and low temperature strength, is very tough and has excellent fatigue strength."
碳钢具有高温和低温强度,具有很高的韧度和优异的抗疲劳强度。