| 1. | Influence of internal pressure on hydroforming of y - shaped tubes
型三通管内高压成形影响研究 |
| 2. | Investigation of thickness variation in t - tube hydroforming
三通管内高压成形时壁厚影响因素的研究 |
| 3. | The effect of axial feed velocity on hydroforming tri - branch tube by fem
轴向进给速度对内高压成形三通管影响的有限元分析 |
| 4. | Experimental investigation of axial supplement effects on three - stepped shaft hydroforming
轴向补料量对内高压成形三台阶轴影响的实验研究 |
| 5. | Numerical simulation of internal high pressure forming of the right - angle bent - tube with rectangular section
矩形截面直角弯管内高压成形过程的数值模拟 |
| 6. | It has been experimentally indicated that moderate wrinkling will make a contribution to enhancing the formability of tube hydroforming
实验结果表明，适度的起皱有助于提高薄壁管内高压成形的成形极限。 |
| 7. | The experimental study and numerical simulation have been done aiming at the problems of dieless thin - walled tube forming under combinatory action of internal pressure and axial force and loading control stability
摘要针对内压和轴压共同作用下的薄壁管无模内高压成形及加载控制稳定性问题进行了实验及数值模拟。 |
| 8. | Thne results show that not only the nonlinear elastic critical pressure is much less than linear one , but also the inner pressure can significantly enhance the critical buckling axial load , so it provides a elastically theoretical basis for internal high - pressure forming technology
计算结果表明不仅非线性弹性临界载荷远低于线性弹性临界载荷，而且更重要的是内压很大程度上有助于提高柱壳轴向弹性临界屈曲载荷，这样为内高压成形工艺提供了弹性失稳理论依据。 |
