These processes use mechanical energy, but not through a traditional cutting edge. Instead, they utilize high-velocity particles or high-frequency vibrations.
Removes material by generating a series of rapid, recurring electrical spark discharges between a shaped tool (electrode) and the workpiece in the presence of a dielectric fluid. It is highly effective for complex dies and molds made of hard, electrically conductive materials.
These processes utilize mechanical energy in the form of high-velocity particles or fluid jets to erode material.
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Brittle and hard materials such as glass, ceramics, quartz, and gemstones.
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Material is removed by a rapid series of recurring electrical sparks between an electrode tool and a conductive workpiece, immersed in a dielectric fluid. It is widely used in die and mold making.
While physical copies are available through major academic publishers, many students look for electronic versions (PDFs) for study purposes. It is highly effective for complex dies and
Readers learn how to balance variables like tool feed rate, dielectric pressure, and voltage to achieve the best surface finish with minimal energy consumption. Looking for the PDF? Ethical and Legal Access Methods
High-energy beam processing for drilling and cutting.
Uses a high-velocity jet of ionized gas (plasma) at extreme temperatures to cut heavy metal plates rapidly.
Both authors are highly respected figures in the field, and their combined expertise makes the book both authoritative and practical.