Comparison between Experiments and FEM Simulation of High Velocity Tensile Test Methods to Clarify Test Method's Influence of High Strength Steel

Hiroshi Yoshida; Akihiro Uenishi; Koji Hashimoto

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Comparison between Experiments and FEM Simulation of High Velocity Tensile Test Methods to Clarify Test Method's Influence of High Strength Steel

机译：高速拉伸试验方法与有限元模拟实验的比较，以阐明试验方法对高强度钢的影响

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In order to examine the compatibility of improvement of crashworthiness with weight-saving of automobiles by using high strength steel, a combination analysis of Finite Element Method and Dynamic Mechanical Properties has Been established. The material properties used in this Analysis have been measured by "one bar method" high Velocity tensile tests, which can examine the deformation Behaviour of materials at an actual crash speed range (～55km/h).

机译：为了检验使用高强度钢改善耐撞性和减轻汽车重量的兼容性，建立了有限元法和动态力学性能的组合分析方法。本分析中使用的材料性能已通过“单棒法”高速拉伸测试进行了测量，该测试可以检查材料在实际碰撞速度范围（〜55km / h）下的变形行为。

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《SAE Transactions》 |2000年第5期|p.1009-1015|共7页
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Hiroshi Yoshida; Akihiro Uenishi; Koji Hashimoto;
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1. Comparison Between Experiments and FEM Simulation of High Velocity Tensile Test Methods to Clarify Test Method's Influence of High Strength Steel [J] . Hiroshi Yoshida 材料とプロセス: 日本鉄鋼協会講演論文集 . 2001,第6期

机译：高速拉伸试验方法与有限元模拟实验的比较，以阐明试验方法对高强度钢的影响
2. Comparison Between Experiments and FEM Simulation of High Velocity Tensile Test Methods to Clarify Test Method's Influence of High Strength Steel [J] . Hiroshi Yoshida 材料とプロセス: 日本鉄鋼協会講演論文集 . 2001,第6期

机译：高速拉伸试验方法的实验与有限元模拟的比较澄清试验方法对高强度钢的影响
3. Comparison of Tensile Strengths with Different Test Methods in Ultra High Strength Steel-Fiber Reinforced Concrete (UHS-SFRC) [J] . Su-Tae Kang, Jung-Jun Park, Gum-Sung Ryu, Key Engineering Materials . 2010,第期

机译：超高强度钢纤维混凝土（UHS-SFRC）不同测试方法的抗拉强度比较
4. Comparison between experiments and FEM simulation of high velocity tensile test methods to clarify test method's influence of high strength steel [C] . Hiroshi Yoshida, Akihiro Uenishi, Koji Hashimoto, International Body Engineering Conference and Exposition . 2001

机译：高速拉伸试验方法的实验与有限元模拟的比较澄清试验方法对高强度钢的影响
5. Uncertainty analysis of mechanical properties from miniature tensile testing of high strength steels. [D] . Malpally, Deepthi Rao. 2015

机译：高强度钢的微型拉伸试验的机械性能不确定性分析。
6. A New Prediction Method for the Ultimate Tensile Strength of Steel Alloys with Small Punch Test [O] . Jose Calaf Chica, Pedro Miguel Bravo Díez, Mónica Preciado Calzada 2018

机译：小冲孔试验预测钢合金极限抗拉强度的新方法
7. Simulation and material calibration of ultra high strength steel (UHSS) S960 welded joint under static tensile test utilizing finite element method (FEM) [O] . Barzin Behzad 2015

机译：超高强度钢（UHSS）S960焊接接头静态拉伸试验的有限元模拟和材料校准
8. DYNAMIC TENSILE TESTING OF SHEET STEELS AND INFLUENCE OF STRAIN RATE IN STRENGTHENING MECHANISMS IN SHEET STEELS [R] . DEN1SE M. BRUCE 2003

机译：板材钢的动态拉伸试验及应变率对板材加固机理的影响

Comparison between Experiments and FEM Simulation of High Velocity Tensile Test Methods to Clarify Test Method's Influence of High Strength Steel

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