The Influence of the Loading Rate on the Notch Tougness of Light-Gauge Drawn Steel Sheets

Bur?ák M.; Mamuzi? I.; Miche? J.

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The Influence of the Loading Rate on the Notch Tougness of Light-Gauge Drawn Steel Sheets

机译：加载速率对轻薄钢板拉伸缺口韧性的影响

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The paper assesses a possibility of implementing the notch toughness test on drawing sheets with the gauge up to 1 mm, the influence of the loading rate on the results, as well as a possibility of using this test to evaluate formability....

机译：本文评估了在规格最大为1 mm的图纸上实施缺口韧性测试的可能性，加载速率对结果的影响以及使用该测试评估可成形性的可能性...。

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《Metalurgija》 |2004年第1期|共页
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Bur?ák M.; Mamuzi? I.; Miche? J.;
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中图分类冶金工业;
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1. THE INFLUENCE OF THE LOADING RATE ON THE NOTCH TOUGHNESS OF LIGHT-GAUGE DRAWN STEEL SHEETS [J] . M. BURSAK, I. MAMUZIC, J. MICHEL Metalurgija . 2004,第1期

机译：加载速率对轻型拉拔钢板的缺口韧性的影响
2. Influence of loading rate on fracture behaviour of extra deep drawn steel sheets [J] . V. V. CHAUDHARI, D. M. KULKARNI Fatigue & Fracture of Engineering Materials & Structures . 2015,第7期

机译：加载速率对超深拉伸钢板断裂性能的影响
3. Study of influence of notch root radius on fracture behaviour of extra deep drawn steel sheets [J] . V. V. CHAUDHARI, D. M. KULKARNI, R. PRAKASH Fatigue & fracture of engineering materials and structures . 2009,第12期

机译：缺口根半径对超深拉伸钢板断裂行为的影响研究
4. Influence of microstructural anisotropy on the hydrogen-assisted fracture of notched samples of progressively drawn pearlitic steel [C] . Jesus Toribio, Diego Vergara Virtual European Conference on Fracture . 2020

机译：微结构各向异性对逐绘珠光体钢缺陷样品氢辅助骨折的影响
5. Influence of strain rate on the mechanical properties of sheet steels and structural performance of cold-formed steel members. [D] . Pan, Chi-Ling. 1992

机译：应变速率对钢板力学性能和冷弯型钢构件结构性能的影响。
6. Experimental Study on Interfacial Bond Behavior between CFRP Sheets and Steel Plates under Fatigue Loading [O] . Long Zhang, Shuangyin Cao, Xin Tao 2019

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7. Influence of Loading Rate on the Hydrogen-Assisted Micro-Damage in Bluntly Notched Samples of Pearlitic Steel [O] . Jesús Toribio, Diego Vergara, Miguel Lorenzo 2016

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The Influence of the Loading Rate on the Notch Tougness of Light-Gauge Drawn Steel Sheets

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