Question

In an orthogonal cutting operation on a material with shear yield strength of 220 N/mm the following data is observed: Length of cut chip obtained from uncut chip length of 100 mm = 50 mm, rake angle of tool 10, uncut chip thickness = 0.2 mm, with of cut 1.5 mm and coefficient of friction 0.8. Determine the shear plane angle, resultant force on the tool, cutting force component of resultant force. [

Name: in an orthogonal cutting operation on a material with shear yield strength of 220 nmm the following data is observed length of cut chip obtained from uncut chip length of 100 mm 50 mm rake a 73592
Uploaded: 2023-08-31T05:04:10-08:00
Duration: 4 min 7 s
Channel: Madhur L
Description: in an orthogonal cutting operation on a material with shear yield strength of 220 nmm the following data is observed length of cut chip obtained from uncut chip length of 100 mm 50 mm rake a 73592

          In an orthogonal cutting operation on a material with shear yield strength of 220 N/mm the following data is observed:
Length of cut chip obtained from uncut chip length of 100 mm = 50 mm, rake angle of tool 10, uncut chip thickness = 0.2 mm, with of cut 1.5 mm and coefficient of friction 0.8. Determine the shear plane angle, resultant force on the tool, cutting force
component of resultant force.
[

Added by Natalia C.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Madhur L

08/31/2023

Step 1

Given: Length of cut chip (Lc) = 50 mm Uncut chip length (L) = 100 mm Shear plane angle (φ) = ? Using the formula: Lc = L * cos(φ) 50 = 100 * cos(φ) cos(φ) = 0.5 φ = arccos(0.5) φ ≈ 60 degrees Show more…

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In an orthogonal cutting operation on a material with shear yield strength of 220 N/mm the following data is observed: Length of cut chip obtained from uncut chip length of 100 mm = 50 mm, rake angle of tool 10, uncut chip thickness = 0.2 mm, with of cut 1.5 mm and coefficient of friction 0.8. Determine the shear plane angle, resultant force on the tool, cutting force component of resultant force. [