Calculation of springiness in sheet parts with curvilinear flanges at constrained bending by elastic medium.

A. D. KOMAROV; V. A. BARVINOK; V. K. MOISEYEV

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Calculation of springiness in sheet parts with curvilinear flanges at constrained bending by elastic medium.

机译：弹性介质约束弯曲时，带曲线凸缘的板材零件的弹性计算。

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We present the results of theoretical studies of springiness in sheet parts with curvilinear flanges of convex and concave shape at constrained bending by elastic medium. We obtained the formulas for calculations of springing angles that can be used in adjusting of bending equipment at constrained bending of curvilinear and rectilinear flanges, and at flanging of holes and extrusion.

机译：我们介绍了在弹性介质约束弯曲作用下具有凸凹形状曲线凸缘的板材零件的弹性的理论研究结果。我们获得了用于计算弯曲角度的公式，这些公式可用于在弯曲的曲线和直线的法兰的约束弯曲以及孔的翻边和挤压时调整弯曲设备。

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《Известия　Высших　учебных　заведений: Авиационная　техника》 |2001年第2期|共5页
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A. D. KOMAROV; V. A. BARVINOK; V. K. MOISEYEV;
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中图分类航空、航天技术的研究与探索;
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1. Calculation of springiness in sheet parts with curvilinear flanges at constrained bending by elastic medium. [J] . A. D. KOMAROV, V. A. BARVINOK, V. K. MOISEYEV Известия　Высших　учебных　заведений: Авиационная　техника . 2001,第2期

机译：弹性介质约束弯曲时，带曲线凸缘的板材零件的弹性计算。
2. Calculation of springiness in sheet parts with curvilinear flanges at constrained bending by elastic medium. [J] . A. D. KOMAROV, V. A. BARVINOK, V. K. MOISEYEV Известия　Высших　учебных　заведений: Авиационная　техника . 2001,第2期

机译：弹性介质约束弯曲时，带曲线凸缘的板材零件的弹性计算。
3. Calculation of springiness in sheet parts with curvilinear flanges at constrained bending by elastic medium. [J] . A. D. KOMAROV, V. A. BARVINOK, V. K. MOISEYEV Известия　Высших　учебных　заведений: Авиационная　техника . 2001,第2期

机译：用弹性介质约束弯曲弯曲弯曲弯管板件的弹性计算。
4. Experimental investigation of stretch flangeability of high-strength steel sheets by means of in-plane stretch bending [C] . Ryutaro Hino, Tsuyoshi Kuzukawa, Fusahito Yoshida International Conference on the Technology of Plasticity . 2018

机译：用内侧拉伸弯曲钢板拉伸法脉可伸展法的实验研究
5. Computer-aided process design of selected sheet metal bending processes: Flanging and hemming. [D] . Livatyali, Haydar. 1998

机译：选定的钣金折弯工艺的计算机辅助工艺设计：翻边和包边。
6. A Theory of Elastic/Plastic Plane Strain Pure Bending of FGM Sheets at Large Strain [O] . Sergey Alexandrov, Yun-Che Wang, Lihui Lang 2019

机译：大应变下FGM板的弹塑性平面应变纯弯曲理论
7. EFFICIENT OF TORSIONAL RIGIDITY OF FLANGES FOR ELASTIC BUCKLING STRENGTH OF WEB PLATE UNDER BENDING SHEAR AND AXIAL FORCE [O] . Kikuo IKARASHI, Takuya SUZUKI, Tao WAN 2005

机译：弯曲剪切下腹板弹性屈曲强度弯曲凸缘的扭转刚度高效
8. Final report on numerical simulation of processes of hot sheet bending in the frame of the project EUREKA-FASP (EU353). Vol. 1. Part 1 : Sheet bending by line heating processes. Part 2 : Sheet bending by line heating and area heating processes. Part 3 : Studies on the sheet material characteristics [R] . Carmigiani, B. , Daneri, A. , Toselli, G. 1996

机译：关于EUREKa-Fasp（EU353）项目框架中热板弯曲过程数值模拟的最终报告。卷。 1.第1部分：通过线加热工艺弯曲板材。第2部分：通过线加热和区域加热过程弯曲板材。第3部分：片材特性研究

Calculation of springiness in sheet parts with curvilinear flanges at constrained bending by elastic medium.

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