Description

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INTRODUCTION

• In ultrasonic machining (USM), also called ultrasonic grinding, high-frequency vibrations delivered to a tool tip, embedded in abrasive slurry, by a booster or sonotrode, create accurate cavities of virtually any shape; that are, “negatives” of the tool.
• Since this method is non-thermal, non-electrical, and non-chemical, it produces virtually stress-free shapes even in hard and brittle work-pieces. Ultrasonic drilling is most effective for hard and brittle materials; soft materials absorb too much sound energy and make the process less efficient.

Ultrasonic Machining Seminar Report

Page Length : 16

Content :

• Introduction
• Principle
• USM System Components
• Applications
• Advantages
• Disadvantages
• References

Ultrasonic Machining Presentation Report (PPT)

Page Length : 20

Content :

• Introduction
• Schematic diagram
• Principle & Working
• Mechanism
• USM system & subsystem
• Process parameter & effect
• Application
• Advantages & disadvantages
• References