1.
The relationship between drawing top limitation and characteristics of scallop formation and thickness irregularity along article perimeter is found.
确定了极限拉伸程度与齿槽形成特性和零件周边壁厚差特性间的关系。
2.
Studies on the Elastic Modulus and Tensile Breaking Point of Rice Internodes and Related Characters;
水稻节间的弹性模量和拉伸强度极限及相关性状的研究
3.
Special Drawing Methods That Could Improved Drawing Deformation Degree
能提高拉伸变形程度的特殊拉伸方法
4.
The correlation between the compressive strength and axial tensile strength of RCC with placing joint and ultimate tensile strain of placing joint of RCC layers have been obtained.
通过试验研究给出有层面碾压混凝土抗压强度、面轴拉强度与层面极限拉伸值间相关关系。
5.
The poly-fit equation takes into account the effects of the eccentricity ratio, yield ratio of material and the nominal crack length and gives satisfactory accuracy comparing to the experiment results.
该回归公式包含了多个参数对板的极限拉伸强度的影响，与实验结果吻合较好。
6.
The greatest or utmost degree or point.
极端，极度最大或极限的程度或终点
7.
The Tensile Breaking Progress Simulation and Strength Prediction of Woven Fabric;
机织物拉伸断裂过程模拟及强度预测
8.
FEM Numerical Simulation of Precision Forming Process of Tube Inversion by Axial Drawing;
拉伸翻管精密成形过程有限元数值模拟
9.
In simple tension experiment, the stress-strain relationship submits Hook's law within the limit of proportionality.
单向拉伸试验中，在比例极限内，应力应变关系服从胡克定律。
10.
The greatest amount or degree possible; the utmost.
最大可能，极限最大可能的数量或程度；极度，极限，最大可能
11.
Constitutive equations of high strength aluminum alloy sheet 7B04-T6 under warm tension
高强度铝合金7B04-T6板材温拉伸本构方程
12.
Rule#75: The old NASA pushed the limits of technology and science; therefore, it did not worry about requirements creep or overruns.
过去的NASA总是追求科技的极限，因此，不用担心需求延伸或过度。
13.
Using limited difference method the stretching amount of a basin may be calculated.
通过有限差分方法解该方程可计算盆地的拉伸量。
14.
Experimental research and FEM analysis of deformation-induced heating in tensile testing of auto-use steel sheet
汽车板单向拉伸过程中变形热实验研究及有限元分析
15.
Evaluation of Adhesion Strength of High-Strength Coating by Symmetrical-Incision Tensile Testing and Analysis of Its Plane Stress bv Finite Element Method
对称切口拉伸法评价高强度涂层及平面应力有限元分析
16.
Analysis of the Ultimate Load for Long Span Cable-Stayed Bridge with a Plate-Truss Composite Beam;
大跨度板桁结合主梁斜拉桥极限承载力分析
17.
The Research of Approach to Predict the Maximum Length of One-step Drawing;
板料一次拉深极限高度预测方法的研究
18.
Influencing Factors of Ultimate Load-Bearing Capacity of Long-Span Composite Girder Cable-Stayed Bridge
大跨度组合梁斜拉桥极限承载力影响因素