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A study of the microstructural basis for the strength and toughness properties of water-quenched and air-cooled HSLA-100, HSLA-100 with increased copper, and a ULCB steel.

机译：水淬和风冷的HSLA-100，铜含量增加的HSLA-100和ULCB钢的强度和韧性性能的微观结构基础研究。

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Approved for public release: Distribution is unlimited

机译：批准公开发行：发行量不受限制

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作者
Mohr Thomas Campion;
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年度 1991
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原文格式 PDF
正文语种 en_US
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专利

1. The effect of increasing Cu and Ni on a significant enhancement of mechanical properties of high strength low alloy, low carbon steels of HSLA-100 type [J] . Far A. R. Hosseini, Anijdan S. H. Mousavi, Abbasi S. M. Materials Science and Engineering . 2019,第FEBa11期

机译：增加铜和镍对显着提高HSLA-100型高强度低合金低碳钢力学性能的影响
2. Fine-scale structural features of intercritically aged HSLA-100 plate steel and their influence on yield strength and low-temperature impact toughness [J] . Thompson S. W. Materials Characterization . 2018,第期

机译：细两式老化HSLA-100板钢的细尺结构特征及其对屈服强度和低温冲击韧性的影响
3. Effect of cold work and aging on mechanical properties of a copper bearing microalloyed HSLA-100 (GPT) steel [J] . SANJAY PANWAR, D B GOEL, O P PANDEY Bulletin of Materials Science . 2007,第2期

机译：冷加工和时效对含铜微合金HSLA-100（GPT）钢的力学性能的影响
4. STRENGTH AND TOUGHNESS RESPONSE TO AGING IN A HIGH COPPER HSLA-100 STEEL [C] . S.J. Mikalac, M.G. Vassilaros International Conference on Processing, Micrcostructure and Properties of Microalloyed and other Modern Hing Strength Low Alloy Steels . 1992

机译：高铜HSLA-100钢中老化的力量和韧性反应
5. Microstructural Evolution and Mechanical Properties of Fusion Welds and Simulated Heat-Affected Zones in an Iron-Copper Based Multi-Component Steel. [D] . Farren, Jeffrey David. 2012

机译：铁铜基多组分钢中熔焊和模拟热影响区的组织演变和力学性能。
6. Does Texturing of UHMWPE Increase Strength and Toughness?: A Pilot Study [O] . Frédéric Addiego, Olivier Buchheit, David Ruch, 2011

机译：超高分子量聚乙烯的纹理化会增加强度和韧性吗？
7. A study of the microstructural basis for the strength and toughness properties of as-quenched and quenched and tempered high copper HSLA-100 steel [O] . Winters Harvey Allen 1991

机译：淬火和回火高铜HSLA-100钢的强度和韧性性能的微观组织基础研究

A study of the microstructural basis for the strength and toughness properties of water-quenched and air-cooled HSLA-100, HSLA-100 with increased copper, and a ULCB steel.

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