Taylor Tool Life Taylor Tool Life Approx. C values: HSS= 00__ Carbide= 00 Ceramics = 00_ Taylor Tool life is given in VTn =C Taylor tool life T=time to flank wear =9 minutes If n=.5 C=400 If speed is cut by 50%...what will be the change in tool life?

Taylor Tool Life Taylor Tool Life Approx. C values: HSS= 00__ Carbide= 00 Ceramics = 00_ Taylor Tool life is given in VTn =C Taylor tool life T=time to flank wear =9 minutes If n=.5 C=400 If speed is cut by 50%...what will be the change in tool life?

Precision Machining Technology (MindTap Course List)

2nd Edition

ISBN:9781285444543

Author:Peter J. Hoffman, Eric S. Hopewell, Brian Janes

Publisher:Peter J. Hoffman, Eric S. Hopewell, Brian Janes

Chapter1: Introduction To Machining

Section1.1: Introduction To Machining

Problem 10RQ: Abrasive machining makes use of ______ to remove material.

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Concept explainers

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.

Question

Taylor Tool Life Taylor Tool Life Approx.
C values: HSS= 00_ Carbide=D 00
Ceramics = 00 _ Taylor Tool life is given in
VTn =C Taylor tool life
T=time to flank wear =9 minutes If n=.5
C=400 If speed is cut by 50%...what will be
the change in tool life?

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The tool life equation for HSS tool is VT0.14f 0.7d 0.4 = Constant. The tool life (T) of 20 min is obtained using the following cutting conditions: V = 40 m/min, f = 0.30 mm, d = 2.0 mm If speed (V), feed (f) and depth of cut (d) are increased individually by 25% . Calculate the tool life.
Abrasive machining makes use of ______ to remove material.
Applying the technique of tool radius compensation write a program to cut the external profile of the part shown below using the following data: PART TOOL S (rpm) Depth (mm) F (mm/min) 400 130X130X10 mm T1 08 Flat End Mill 2000 10 9 130 P15 P16 R4 P4 P3 P13 P14 R40 P2 PL R30 8 130 20 R4! P12 P11 P7 P8 PO (0, -45, 2) 40 80 Fig.: A Clamping Jaw P5 P6 P10 35 P9 08
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Q3 Provided below is the Tool life data for cutting low carbon steel with HSS tool. Draw the tool life relation and 1- find the n and c exponent for the tool life equation 2- find the cutting speed for 14 min tool life Cutting Speed (ft/min) 250 180 150 100 Tool Life (min) 2 5 10 30
Write the NC part program for the part. Holes are threaded and requires two tools; T1 is a 0.5" HSS drill bit and T2 is a 0.5" tapping bit. The rest of the features are cut using a 0.75" HSS milling tool, T3. Feed rate and spindle speed are 10 ipm and 2000 rpm. The material is low- carbon steel. Part thickness is 0.5”. Use dotted lines two show the path of tools movements. Set up proper operation conditions as discussed in the class today.
Q4 Tool life of a turning tool is given by VT0.12xfP.7xd3=C at a cutting speed (V) of 25m/min, feed(f) 0.25 mm/rev and job diameter(d) 4 mm, the tool life was 53 minutes. Calculate (i) Tool life if cutting speed increased by 20 % [3]
Standard time & work sampling The following data resulted from a time study made on a horizontal milling machine: Mean manual effort time per cycle: 4.62 min Mean cutting time (power feed): 3.74 min Mean performance rating: 115 percent Machine allowance (power feed): 10 percent Fatigue allowance: 15 percent questions: 1.) What is the Basic Time for the manual effort? 2.) What is the Standard Time for the manual effort? 3.) What is the Standard Time for the machine?
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