Mechanical and Corrosion Tests on Iron-Based Reinforced Parts Obtained by Powder Metallurgy

机译：粉末冶金基的铁基增强零件的机械和腐蚀试验

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Samples from high compressibility powders (Ancorsteel 1000B) obtained by pressing at different pressures and sintering at 1150°C, with (IPASW) and without spring steel wire (Φ = 0.5 mm) reinforcement (IPAS), coated and uncoated with zinc samples were selected for study of corrosion behaviour in salt spray and were subjected to mechanical tests (tensile strenght).

机译：通过在1150℃下按压不同压力并在1150℃下烧结而获得的高压缩性粉末（ANCORSTEEL 1000B），选择（IPASW）和没有弹簧钢丝（φ= 0.5mm）加固（IPAS），涂覆和未涂覆用锌样品的烧结用于研究盐雾中的腐蚀行为，对机械试验进行机械测试（拉伸力量）。

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《International Conference of Mechanical Engineering》|2018年|1(CD-ROM)|共6页
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Didu Anca; Dumitru Violeta; Stanescu Gelica; Ploscaru Cristina;
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中图分类 TH16-53;
关键词
Powder parts; Mechanical test; Corrosion; Salt spray environment;

机译：粉末零件;机械测试;腐蚀;盐雾环境;

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1. Mechanical and Corrosion Tests on Iron-Based Reinforced Parts Obtained by Powder Metallurgy [J] . Didu Anca, Dumitru Violeta, Stanescu Gelica, Applied Mechanics and Materials . 2018,第期

机译：粉末冶金获得的铁基增强零件的机械和腐蚀测试
2. Mechanical, tribological and corrosion properties of fullerene reinforced magnesium matrix composites fabricated by semi powder metallurgy [J] . Muhammet Emre Turan, Yavuz Sun, Yasin Akgul Journal of Alloys and Compounds: An Interdisciplinary Journal of Materials Science and Solid-state Chemistry and Physics . 2018,第期

机译：半粉冶金制备的富勒烯增强镁基复合材料的机械，摩擦学和腐蚀性能
3. Fatigue Crack Growth in a Particulate TiB_2-Reinforced Powder Metallurgy Iron-Based Composite [J] . N. YANG, I. SINCLAIR Metallurgical and Materials Transactions, A. Physical Metallurgy and Materials Science . 2003,第9期

机译：TiB_2增强粉末冶金铁基复合材料的疲劳裂纹扩展
4. Mechanical and Corrosion Tests on Iron-Based Reinforced Parts Obtained by Powder Metallurgy [C] . Didu Anca, Dumitru Violeta, Stanescu Gelica, International Conference of Mechanical Engineering . 2018

机译：粉末冶金基的铁基增强零件的机械和腐蚀试验
5. Discontinuously reinforced copper-matrix composites by powder metallurgy. [D] . Yih, Pay. 1996

机译：粉末冶金法不连续增强的铜基复合材料。
6. Compressibility of 304 Stainless Steel Powder Metallurgy Materials Reinforced with 304 Short Stainless Steel Fibers [O] . Bibo Yao, Zhaoyao Zhou, Liuyang Duan, 2016

机译：304不锈钢短纤维增强的304不锈钢粉末冶金材料的可压缩性
7. Fatigue crack growth in a particulate TiB2 reinforced powder metallurgy iron-based composite [O] . Yang N., Sinclair I. 2003

机译：颗粒状TiB2增强粉末冶金铁基复合材料的疲劳裂纹扩展
8. Stress corrosion evaluation of powder metallurgy aluminum alloy 7091 with the breaking load test method [R] . Domack, Marcia S. 1987

机译：粉末冶金铝合金7091的应力腐蚀评估及断裂载荷试验方法

Mechanical and Corrosion Tests on Iron-Based Reinforced Parts Obtained by Powder Metallurgy

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