Calculate resultant force, metal removal rate and shear strain in an orthogonal cutting the depth ofcut is 8.5 mm, feed is 1cutting speed is 60 m.the back rake angle is 10° , andrevTminchip thickness ratio obtained as 0.33. Shear stress of material at zero compressive stress is 1000kgMerchant's constant is 80.

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Calculate resultant force, metal removal rate and shear strain in an orthogonal cutting the depth of cut is 8.5 mm, feed is 1 cutting speed is 60 , the back rake angle is 10° , and ree chip thickness ratio obtained as 0.33. Shear stress of material at zero compressive stress is 1000 kg Merchant's constant is 80.

Calculate resultant force, metal removal rate and shear strain in an orthogonal cutting the depth of cut is 8.5 mm, feed is 1 cutting speed is 60 , the back rake angle is 10° , and ree chip thickness ratio obtained as 0.33. Shear stress of material at zero compressive stress is 1000 kg Merchant's constant is 80.

Elements Of Electromagnetics

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Author:Sadiku, Matthew N. O.

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Machining Processes and Machine Tools

Machining is represented as the process in which an excessive amount of substance is eliminated from the particular element in the form of pieces. In machining, cutting tools such as rotary tools, lathe, drill press, grinder, chop saw, welders, and many more are applied to get the desired shape. As compared to other manufacturing processes, machining is precise and versatile.

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Calculate resultant force, metal removal rate and shear strain in an orthogonal cutting the depth of
cut is 8.5 mm, feed is 1
cutting speed is 60 m.
the back rake angle is 10° , and
rev
Tmin
chip thickness ratio obtained as 0.33. Shear stress of material at zero compressive stress is 1000
kg
Merchant's constant is 80.

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