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Full Description
This book covers both the fundamentals and recent advancements in Electric Discharge Machining (EDM) technology, including developments in machine tools, process capabilities, subsystems, electrodes and dielectrics, control units, and more. It also explores EDM variants such as Wire-EDM, ECDM, and other hybrid processes. Key topics include miniature parts fabrication, creating complex shapes and features, machining thin components, microfabrication, and using EDM for coating applications.
Includes both fundamental and advanced topics in Electric Discharge Machining (EDM)
Discusses micro-EDM, modeling, green manufacturing, and processing of specific materials
Covers novel approaches such as hybridization of EDM with other conventional or advanced processes
Explores case studies on research investigations to provide real-world insights into EDM-based product manufacturing
Examines monitoring and control, intelligent processing, precision and micromachining, and machining of ceramics and composites
This book is intended for researchers and graduate students in manufacturing technology, mechanical engineering, materials science, and metallurgy
Contents
1.Green Electrical Discharge Machining: Sustainable Practices and Environmental Impact Reduction 2. Advancements in sustainability in electrical discharge machining with bio-dielectric fluids 3. Unveiling the Evolution of Powder mixed Electrical Discharge Machining: Review and Future Directions 4. Machine learning based predictive modelling of EDM process 5. Electric Discharge Machining of Ceramics and Composites 6. Multi-Objective Optimization of Wire-EDM Using ANN-NSGA-II Hybrid Approach 7. Optimizing EDM Performance with Cu-MWCNT Composite Tools: A Taguchi-Based GRA Approach 8. Smart Machining Choices: A Hybrid CIMAS-PIV Model for Titanium Precision
