A. Abrasive jet machining 1. Masking

B. PAM 2. Stamping die

C. Wire EDM 3. Engraving

D. Chemical machining 4. Stainless steel profiling

5. Drilling fine holes

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Q. Match the following

A. Abrasive jet machining	1. Masking
B. PAM	2. Stamping die
C. Wire EDM	3. Engraving
D. Chemical machining	4. Stainless steel profiling
	5. Drilling fine holes

Q. Typical machining operations are to be performed on hard-to-machine materials by using the processes listed below. Choose the best set of Operation-Process combinations.

	Operation		Process
P.	Deburring (internal surface)	1.	Plasma Arc Machining
Q.	Die sinking	2.	Abrasive flow Machining
R.	Fine hole drilling in thin sheets	3.	Electric discharge Machining
S.	Tool sharpening	4.	Ultrasonic Machining
		5.	Laser beam Machining
		6.	Electrochemical Grinding

Q. In abrasive jet machining, as the distance between the nozzle tip and the work surface increases, the material removal rate

Q. Linked Data:
Blind hole

10 m m

diameter,

50 m m

deep are being drilled in steel block, drilling spindle speed is

600 r p m

, feed

0.2 m m / r e v,

point angle of drill is

120

Machining time (in

m i n

) per hole will be

A carpenter needs to drill a hole in the wooden plank using a drilling machine. The depth of the hole to be drilled is 20cm. Find the time required to drill the hole if the machine drills at a speed of 0.3 m/min.

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A.	Abrasive jet machining	1.	Masking
B.	PAM	2.	Stamping die
C.	Wire EDM	3.	Engraving
D.	Chemical machining	4.	Stainless steel profiling
		5.	Drilling fine holes

A. Abrasive jet machining 1. Masking B. PAM 2. Stamping die C. Wire EDM 3. Engraving D. Chemical machining 4. Stainless steel profiling 5. Drilling fine holes

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A. Abrasive jet machining 1. Masking

B. PAM 2. Stamping die

C. Wire EDM 3. Engraving

D. Chemical machining 4. Stainless steel profiling

5. Drilling fine holes