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Fatigue of WC–Co Hardmetals Under Tension-compression Loading — the Effects of Co Content and WC Grain Size

机译：张力压缩载荷下WC-Co硬质合金的疲劳 - CO含量和WC晶粒尺寸的影响

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A. OTSUKA; K. TOHGO; H. SUGAWARA; F. UEDA; H. HOHJO;
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年度 1989
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2. A consideration on grain growth in WC-Co fine grained hardmetal by numerical calculation based on alloy model with three kinds of grain sizes [J] . N. Matsuoka, Y. Doi, K. Hayashi 粉体および粉末冶金 . 1998,第6期

机译：基于三种粒度合金模型的数值计算对WC-Co细粒硬质合金晶粒长大的考虑
3. A consideration on grain growth in WC-Co fine grained hardmetal by numerical calculation based on alloy model with three kinds of grain sizes [J] . N. Matsuoka, Y. Doi, K. Hayashi 粉体および粉末冶金 . 1998,第6期

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4. A CONSIDERATION ON ABNORMAL GRAIN GROWTH IN FINE GRAINED WC-CO HARDMETAL BY NUMERICAL CALCULATION BASED ON ALLOY MODEL WITH THREE KINDS OF GRAIN SIZES [C] . Naoki Matsuoka, Koji Hayashi International symposium on processing and fabrication of advanced materials . 1998

机译：基于三种晶粒尺寸合金模型的数值计算对细晶粒WC-CO硬质合金中异常晶粒长大的思考
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6. Fatigue life of additively manufactured Ti6Al4V scaffolds under tension-tension tension-compression and compression-compression fatigue load [O] . Karel Lietaert, Antonio Cutolo, Dries Boey, -1

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7. A Consideration on Grain Growth in WC-Co Fine Grained Hardmetal by Numerical Calculation Based on Alloy Model with Three Kinds of Grain Sizes. [O] . Naoki Matsuoka, Yoshihiko Doi, Koji Hayashi 1998

机译：基于合金模型的三种粒径基于合金模型的数值计算对WC-Co细粒颗粒颗粒的谷物生长的思考。
8. Developing Substitute Binders for Cobalt in WC-Co Alloys and Studying the Effect of Grain Size of WC on the Strength of WC-Co Alloys [R] . Harry Udin 1958

机译：开发WC-Co合金中钴的替代粘结剂及研究WC粒度对WC-Co合金强度的影响

Fatigue of WC–Co Hardmetals Under Tension-compression Loading — the Effects of Co Content and WC Grain Size

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