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Example 4.2.3: The part shown below will be turned in two machining steps. In the first step a length of (50 + 50) = 100 mm will be reduced from Ø100 mm to Ø80 mm and in the second step a length of 50 mm will be reduced from Ø80 mm to Ø60 mm. Calculate the required total machining time T with the following cutting conditions: V=80 m/min, f=0.8 mm/rev, D.O.C = 3 mm per pass. Ø100 Ø80 Ø60 50 50

Example 4.2.3: The part shown below will be turned in two machining steps. In the first step a length of (50 + 50) = 100 mm will be reduced from Ø100 mm to Ø80 mm and in the second step a length of 50 mm will be reduced from Ø80 mm to Ø60 mm. Calculate the required total machining time T with the following cutting conditions: V=80 m/min, f=0.8 mm/rev, D.O.C = 3 mm per pass. Ø100 Ø80 Ø60 50 50

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Example 4.2.3: The part shown below will be turned in two machining steps. In the first step a length of (50 + 50) = 100 mm will be reduced from Ø100 mm to Ø80 mm and in the second step a length of 50 mm will be reduced from Ø80 mm to Ø60 mm. Calculate the required total machining time T with the following cutting conditions: V=80 m/min, f%=0.8 mm/rev, D.O.C = 3 mm per pass. Ø100 Ø80 Ø60 50 50
Transcribed Image Text:Example 4.2.3: The part shown below will be turned in two machining steps. In the first step a length of (50 + 50) = 100 mm will be reduced from Ø100 mm to Ø80 mm and in the second step a length of 50 mm will be reduced from Ø80 mm to Ø60 mm. Calculate the required total machining time T with the following cutting conditions: V=80 m/min, f%=0.8 mm/rev, D.O.C = 3 mm per pass. Ø100 Ø80 Ø60 50 50
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