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Total Size:
6.7 MB
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52A51842D582D8CDA1B1B2915E64D4D4B0D9D7CA
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May 17, 2025, 2:01 p.m.
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(Last updated: May 18, 2025, 2:39 p.m.)
| File | Size |
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| Rajendrachari S. Mechanical Alloying of Ferrous and Non-Ferrous Alloys...2024.pdf | 6.7 MB |
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26.4 MB
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46]
2023-10-03
| Uploaded by indexFroggy | Size 26.4 MB | Health [ 75 /46 ] | Added 2023-10-03 |
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61.7 MB
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5]
2024-02-13
| Uploaded by indexFroggy | Size 61.7 MB | Health [ 34 /5 ] | Added 2024-02-13 |
NOTE
SOURCE: Rajendrachari S. Mechanical Alloying of Ferrous and Non-Ferrous Alloys...2024
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COVER
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MEDIAINFO
Textbook in PDF format List of contributors Evolution of mechanical alloying Introduction Origins of mechanical alloying Historical background Development of high-energy ball milling The mechanical alloying process Variants of mechanical alloying Mechanism of alloying Potential of mechanical alloying Consolidation of mechanically alloyed powders Synthesis of novel materials by mechanical alloying Modeling studies Powder contamination Applications Concluding remarks Acknowledgments References Milling devices and mechanisms of mechanical alloying Introduction Milling devices Milling parameters Wet and dry milling Cryomilling Mechanism of mechanical alloying Conclusion Acknowledgment References Overview of the dry milling versus wet milling Introduction Dry milling Wet milling Dry versus wet milling processes Application fields of dry and wet milling Conclusion References Further reading Comparative study of mechanical alloying and other conventional powder metallurgical methods Introduction Fundamentals of mechanical alloying Comparison of microstructural features with conventional methods, emphasizing the advantages of mechanical alloying Enhanced surface area Examination of the morphological characteristics of powders prepared by mechanical alloying and conventional methods Overview of the diverse applications of powders prepared through mechanical alloying and conventional methods Identification of potential research directions and areas for further development Conclusion References Consolidation of mechanically alloyed powders Introduction Mechanical alloying Compaction Consolidation techniques Conclusions References Secondary processing of sintered compacts Introduction Machining Weldability of powder metallurgy parts Conclusion References Mechanical alloying: a catalyst for advancing tungsten heavy alloy fabrication Introduction Mechanical properties and microstructure of mechanically alloyed tungsten heavy alloys Effect of heat treatment on mechanically alloyed tungsten heavy alloy Alloying addition and physical properties of heavy tungsten alloy Processing techniques of WHA Conclusion and future perspectives References Fabrication of cermets and copper alloys by ball milling and investigation of their properties and applications Introduction to cermets Ball milling process for cermets fabrication Cermets containing copper alloys Conclusions Acknowledgment References Processing of titanium alloys by mechanical alloying Introduction Mechanical alloying of titanium Applications of MA Ti alloys Conclusions and future developments References How mechanical alloying facilitated the preparation of intermetallic, ceramic, shape memory alloys, and high-entropy alloys? Introduction Intermetallic Ceramics Shape memory alloys High-entropy alloys Conclusions Acknowledgments References Role of mechanically alloyed materials in energy storage and automotive applications Introduction Fundamentals of mechanical alloying Mechanically alloyed materials for energy storage applications Mechanically alloyed materials for automotive applications Conclusion References Current and future applications of mechanically alloyed materials Introduction Properties of mechanically alloyed materials Current applications of mechanically alloyed materials Case studies Challenges and limitations Future developments and emerging applications Technological innovations in mechanical alloying Environmental considerations Conclusions Further reading Index
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