ROLL FORMING HIGH-STRENGTH MATERIALS

Baicheng Wen

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ROLL FORMING HIGH-STRENGTH MATERIALS

机译：辊轧成型高强度材料

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HIGH-STRENGTH materials such as high-strength, low-alloy (HSLA) steel have many advantages over standard-strength materials such as 1040 carbon steel and are widely used for structural components in many industries. Their greater strength on a pound-per-pound basis leads to material savings when fabricating structural components. Less material means less weight compared with a similar component made from a general-strength material. Weight savings is critical in many industries, particularly in the automotive industry.

机译：高强度，低合金（HSLA）钢等高强度材料比1040碳钢等标准强度材料具有许多优势，并且在许多行业中广泛用于结构部件。它们在磅/磅基础上的更高强度导致在制造结构部件时节省材料。与由普通强度材料制成的类似部件相比，更少的材料意味着更轻的重量。减轻重量在许多行业中至关重要，尤其是在汽车行业。

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《The tube & pipe journal》 |2007年第3期|共6页
作者
Baicheng Wen;
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专利

1. ROLL FORMING HIGH-STRENGTH MATERIALS: Higher strength, more springback, more forming challenges [J] . Baicheng Wen The tube & pipe journal . 2007,第3期

机译：辊轧成型高强度材料：更高的强度，更多的回弹，更多的成型挑战
2. Roll forming high-strength materials [J] . Baicheng Wen The Fabricator . 2007,第5期

机译：辊压成型高强度材料
3. VIRTUAL ROLL FORMING: HOW TO TAME HIGH-STRENGTH STEEL DURING THE ROLL FORMING PROCESS [J] . Sabri Tarzian, Joe Repovs F & M: Fabricating & Metalworking . 2017,第7期

机译：虚拟滚动成型：如何在卷成型过程中驯服高强度钢
4. Effect of Material Anisotropies of Hot-Rolled High-Strength Steel Sheet on Localized Deformation Behavior in Hole Expansion Part-I Experimental Consideration to Circular and Oval Hole [C] . Toshiya Suzuki, Kazuo Okamura, Yuya Ishimaru Asia-Pacific Symposium on Engineering Plasticity and its Applications . 2017

机译：热轧高强度钢板材料各向异性对孔膨胀部分局部变形行为的影响 - 圆形孔的实验考虑
5. Effect of Roll Material on Surface Quality of Rolled Aluminum. [D] . Zhao, Qi. 2014

机译：轧制材料对轧制铝表面质量的影响。
6. Physical and Mechanical Properties of High-Strength Concrete Modified with Supplementary Cementitious Materials after Exposure to Elevated Temperature up to 1 [O] . Jianwei Zhou, Dong Lu, Yuxuan Yang, 2020

机译：高温下高达1的温度补充胶凝材料改性的高强度混凝土的物理和力学性能
7. Microtexture and Rolling Deformation Behavior Analysis of the Formation Mechanism Fe3O4 at the Interface Formed on Hot-Rolled High-Strength Steel [O] . Chao Wang, Huibin Wu, Zhichao Li, 2021

机译：形成机构Fe3O4在热轧高强度钢上形成的Microtexture和滚动变形行为分析
8. Transformation Plasticity in High-Strength Materials. Progress Report, 1 August 1983-31 July 1984 [R] . Olson, G. B., Chen, I. W. 1984

机译：高强度材料的相变塑性。进展报告，1983年8月1日至1984年7月31日

ROLL FORMING HIGH-STRENGTH MATERIALS

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