Nontraditional Machining Processes (/ )

Albert W-J Hsuealbert.hsue@kuas.edu.tw

: MD715 (#5405), Lab: MD409 (#5457)

mailto:albert.hsue@kuas.edu.tw

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1-1.

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A. (Mechanical Processes)

B. (Electrical Processes)

C. (Thermal Processes)

D. (Chemical Processes)

E. (Rapid Prototyping/ Tooling)

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A. (Mechanical Processes)

(ultrasonic machining, USM) (abrasive jet machining, AJM) (abrasive flow machining, AFM) (water jet machining, WJM)

Def: (erosion) , ,

:

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App1

USM

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USM

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B.

(Electrical Processes)

Def: ,

albert@MEDIT

: ECM Process

Principle of ECM

albert@MEDIT

albert@MEDIT

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Nontraditional Machining Processes (/ ) & :/1Slide Number 5 , --: (Introduction) 1-1. A. (Mechanical Processes)App1 Slide Number 15B. (Electrical Processes) : ECM ProcessPrinciple of ECMSlide Number 19Slide Number 20Slide Number 21Slide Number 22Slide Number 23 Slide Number 25Slide Number 26Slide Number 27Slide Number 28Slide Number 29C. (Thermal Processes) ( - EDM)Typical electrical discharge machining, EDM Processes-(electro-thermal Processes) EDM (application example) (II) (Wire -EDM)WEDMWEDG (wire electro-discharge grinding)(mEDM) -Charmillers Robofil 20003: 1. 2. 3. CO2 EDG WEDG?Slide Number 46D. (Chemical Processes) (Chemical Processes, and ECM Processes) -4.(ECDM) Slide Number 54Slide Number 55E.(Rapid Prototyping / Tooling Processes) - RP &RT(Rapid Prototyping / Rapid Tooling)/ :FACE OFF SLA SLA 1 (3DP)(3D-Printing)(3D-Printing)-21-2. End of Chapter Section 1- 1!DiscussionQ & A