1.
Experimental investigation on forming limits of AA5052 sheet in hybrid quasi-static/dynamic plane-strain tensile process
AA5052板材准静态/动态平面应变成形极限试验研究
2.
Experimental Study on Drawing and Compressing Area of Forming Limit Diagram for Stainless Steel
不锈钢成形极限曲线图(FLD)拉压区试验研究
3.
Experimental Study on Shape Formation and Vertical Ultimate Load Capacity of Post-tensioned and Shaped Hypar Space Truss;
后张拉预应力成形鞍形网壳的成形和竖向极限承载力试验研究
4.
Limit Strains of Sheet Metal Forming under Broken-line Strain Paths(Ⅱ)--Calculating and Testing on the Limit Strains for Sheet Metal Forming
复合变形路径下的板材冲压成形极限应变(Ⅱ)——冲压成形极限应变的计算与试验
5.
Experimental study on ultimate bearing capacity of CFST directly-welded K-joints
钢管混凝土K形相贯节点极限承载力试验研究
6.
limiting lateral acceleration test
极限侧向加速度试验
7.
Benchmark Test and FEM Simulation of Aluminum Alloy Sheet Forming
铝合金板冲压成形Benchmark试验与有限元仿真
8.
Experiments on Ultimate Bearing Capacity and Research on Design Method of Joints of Concrete-Filled Rectangular Steel Tube Truss;
矩形钢管混凝土桁架节点极限承载力试验与设计方法研究
9.
Research on the Power Spinning of Cone Parts with Discontinuous Wall Thickness Using 3D FEM and Experimental Investigation;
突变壁厚锥形件强力旋压成形有限元模拟和试验研究
10.
Effect of forming angles on formability in single point incremental forming
单点渐进成形中成形角对成形极限的影响
11.
The Research on the Limit Parameters for One-Operation Forming the Conical Part in Deep Drawing;
圆锥形零件一次成形极限参数的研究
12.
Research on Deformation Mechanism and Forming Limits of Tube Inversion;
翻管变形机理及翻管成形极限的研究
13.
Study on the Ultimate Resistance and Ultimate Displacement of Passive Pile with FEM and Experimentation;
被动桩极限阻力和极限位移的有限元分析与模型试验研究
14.
duration of fire resistance
耐火极限耐火试验条件下
15.
Experimental Investigation on Ultimate Load-Bearing Capacity of PBL Shear Connectors
PBL传剪器极限承载力的试验研究
16.
Finite Covering Elements Simulation and Experimental Analysis of the Flow Control Forming of Sheet Metal;
罩体类零件冲压冷锻成形工艺有限元模拟及试验分析
17.
Comparison with experimental values shows that the present approach can predict the forming limit in bulging over a wide range of sheet metals.
与实验结果比较表明，该方法能在较宽的材料范围内预测胀形成形极限。
18.
Prediction of forming limit diagram of aluminum sheet at elevated temperatures
温成形中铝合金板成形极限图的预测研究