STRAINING TO UNDERSTAND BENDING? Regression analysis predicts springback's magnitude, variation

Ho-Kook Lee; C. J. Van Tyne

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STRAINING TO UNDERSTAND BENDING? Regression analysis predicts springback's magnitude, variation

机译：努力理解弯曲？回归分析可预测回弹的幅度，变化

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THE use of hydroforming technology continues to grow even though initial investment for a hydroforming line is high and production rates are low, when compared with conventional stamping. Its growth continues because, for many applications, the benefits outweigh the drawbacks. Advantages include assembly simplification because several components can be consolidated into a single part; improved vehicle safety because hydroformed components often are stronger than components made with other methods; better fuel efficiency because hydroformed components

机译：与传统冲压相比，即使液压成形生产线的初始投资较高且生产率较低，液压成形技术的使用仍在继续增长。它的增长之所以继续，是因为对于许多应用而言，其好处大于缺点。优点包括简化组装，因为可以将多个组件合并为一个零件。改进的车辆安全性，因为液压成型部件通常比其他方法制成的部件更坚固;液压成型部件，燃油效率更高

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《The tube & pipe journal》 |2007年第2期|共5页
作者
Ho-Kook Lee; C. J. Van Tyne;
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正文语种 eng
中图分类管道运输;金属压力加工;
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1. TC4钛合金V形件弯曲热冲压回弹预测 [J] . 杨晓明, 党利明, 王耀琦, 中南大学学报（英文版） . 2020,第009期
2. STRAINING TO UNDERSTAND BENDING? Regression analysis predicts springback's magnitude, variation [J] . Ho-Kook Lee, C. J. Van Tyne The tube & pipe journal . 2007,第2期

机译：努力理解弯曲？回归分析可预测回弹的幅度，变化
3. Development of a New Model for Plane Strain Bending and Springback Analysis [J] . Z. T. Zhang, D. Lee Journal of Materials Engineering and Performance . 1995,第3期

机译：平面应变弯曲和回弹分析新模型的开发
4. Development of a New Model for Plane Strain Bending and Springback Analysis [J] . Z. T. Zhang, D. Lee Journal of Materials Engineering and Performance . 1995,第3期

机译：平面应变弯曲和回弹分析的新模型
5. An Efficient Numerical Method for Predicting the Evolution of Internal Variables and Springback in Bending Under Tension at Large Strains [C] . Sergei Alexandrov, Yeau-Ren Jeng International Conference and Workshop on Numerical Simulation of 3D Sheet Metal Forming Processes . 2014

机译：一种高效的数值方法，用于预测大菌株张力下弯曲弯曲的内部变量和回弹的数值方法
6. Mechanics of bending, flanging, and deep drawing and a computer-aided modeling system for predictions of strain, fracture, wrinkling and springback in sheet metal forming. [D] . Wang, Chuantao. 1993

机译：弯曲，翻边和深冲的力学原理以及计算机辅助建模系统，用于预测钣金成形中的应变，断裂，起皱和回弹。
7. Predicting Cumulative and Maximum Brain Strain Measures From HybridIII Head Kinematics: A Combined Laboratory Study and Post-Hoc Regression Analysis [O] . Brooklynn M. Knowles, Christopher R. Dennison -1

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8. Stress-strain analysis of NC bending and springback process for 21-6-9 stainless steel tube [O] . Jun Fang, Shiqiang Lu, Kelu Wang, 2015

机译：21-6-9不锈钢管NC弯曲和回弹过程应力 - 应变分析

STRAINING TO UNDERSTAND BENDING? Regression analysis predicts springback's magnitude, variation

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