Forging aerospace components: aerospace forging has increased in sophistication and capability, providing material and process engineers with a wide variety of options for forging common aerospace alloys

David Furrer

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Forging aerospace components: aerospace forging has increased in sophistication and capability, providing material and process engineers with a wide variety of options for forging common aerospace alloys

机译：锻造航空航天部件：航空航天锻造技术和功能的增强，为材料和工艺工程师提供了多种锻造普通航空航天合金的选择

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Aerospace forging has increased in sophistication and capability, providing material and process engineers with a wide variety of options for forging common aerospace all alloys.

机译：航空航天锻造技术和功能的提高，为材料和工艺工程师提供了多种锻造通用航空航天所有合金的选择。

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《Advanced Materials & Processes》 |1999年第3期|共4页
作者
David Furrer;
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正文语种 eng
中图分类金属学与金属工艺;工程材料学;
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1. Forging aerospace components: aerospace forging has increased in sophistication and capability, providing material and process engineers with a wide variety of options for forging common aerospace alloys [J] . David Furrer Advanced Materials & Processes . 1999,第3期

机译：锻造航空航天部件：航空航天锻造技术和功能的增强，为材料和工艺工程师提供了多种锻造普通航空航天合金的选择
2. Friction during precision forging of high temperature aerospace materials [J] . J. W. Brooks Materials Science and Technology: MST: A publication of the Institute of Metals . 2012,第5期

机译：高温航空航天材料精密锻造过程中的摩擦
3. Improved productivity through failure analysis: Case studies in precision forging of aerospace components [J] . M.R. Krishnadev, S.C. Jain Engineering failure analysis . 2007,第6期

机译：通过故障分析提高生产率：航空航天零件的精密锻造案例研究
4. AN INTEGRATED APPROACH TO RELATE HOT FORGING PROCESS CONTROLLED MICROSTRUCTURE OF IN718 AEROSPACE COMPONENTS TO FATIGUE LIFE [C] . Michael Stoschka, Martin Riedler, Martin Stockinger, International Symposium on Superalloy 718 and Derivatives . 2010

机译：一种综合的方法，以涉及IN718航空航天组分IN718航空航天组分疲劳寿命的微观锻造
5. Processing and development of aluminum-silicon powder metallurgy alloys for hot forging technologies. [D] . Mosher, Winston G. E. 2010

机译：用于热锻技术的铝硅粉末冶金合金的加工和开发。
6. Whole body effective dose equivalent dataset for MAX and FAX shielded with Common Aerospace Materials in deep space [O] . Daniel Bond, Braden Goddard, Robert Singleterry, 2020

机译：深空中用通用航空材料屏蔽的MAX和FAX的全身有效剂量当量数据集
7. Residual Stress Evolution during Manufacture of Aerospace Forgings [O] . Rolph J., Preuss M., Iqbal N., 2012

机译：航空锻件制造过程中的残余应力演变
8. Forging Industry Leadtimes: An Analysis of Causes for and Solutions to Long Leadtimes for Aerospace Forgings [R] . O'Neill, S. F. 1986

机译：锻造行业的前瞻时间：航空锻件长前瞻性原因分析及解决方案

Forging aerospace components: aerospace forging has increased in sophistication and capability, providing material and process engineers with a wide variety of options for forging common aerospace alloys

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