Answered: Identify the nose radius(in mm) from…

Engineering

Mechanical Engineering

Identify the nose radius(in mm) from the following single point tool signature 2-3-5-8-12-15-1. O 1 O 3 O 5 O 8

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

Chapter5: Turning

Section5.3: Machining Operations On The Lathe

Problem 5RQ: Calculate spindle RPM and machining time for cutting a 1.5" diameter 4" long at 225 SFPM using a...

See similar textbooks

Related questions

Q: 5° - 6° - 7° - 8° - 12° - 15° - 0 (both ASA) | 1 to turn components with feed of tool A as twi…

Q: Find the commercial tap drill size for 1⁄2”-20

A: given: Find the commercial tap drill size for 1⁄2”-20 NF bolt.

Q: Identify the steps required in mounting the work piece using a 4-jaw independent chuck. Explain why…

A: Step 1: Equalize the spacing between the jaws. Step 2: Place the workpiece. Step 3: Make use of a…

Q: The tool has only one cutting edge and the cutting edge is made of high-grade material like carbide…

A: As per given question The tool has only one cutting edge and the cutting edge is made of high-grade…

Q: In a multi point cutting tool the positive rake angle is used to cut low tensile strength and…

Q: dentify the side rake angle (in degrees), from the following single point tool signature…

Q: wo identical cylindrical jobs are turned using (a) a round nosed tool of nose radius 2 mm and (b) a…

A: Given:feed, f=0.08nose radius, r=2 mm

Q: 100 mm is to be turned at 200 rev/min and feed 50 mm and length A batch of 0.2 mm/rev. Applying…

A: Given:Total number of jobs=500diameter, d=50 mmlength, l=100 mmN=200 rpmf=0.2 mm/rev

Q: The tool signature of a single point cutting tool in ORS system is 10° – 15° - 20° – 15° – 30° – 60°…

Q: Read the sentences given below and Identify the wrong statement. Sentence 1. The advantage of an…

A: Independent chuck is a four jaw chuck that is used to hold the workpieces. In this chuck each jaw…

Q: Read the sentences given below and Identify the wrong statement. Sentence 1. The advantage of an…

A: Sentence 1. The advantage of an independent chuck is that the work can be centered to high…

Q: For one pass turning of a shaft neck from Do= 64mm to Dr= 60 mm over an length I= 250 mm. the lath…

A: Given , Do = 64 mm Df = 60 mm Length of the shaft , L =250 mm Speed of cut , N =600 rpm Feed , f =…

Q: 15) In Ultrasonic Machining, the tool oscillation angle in the work piece is: A) Zeroº. B) 45⁰. E)…

A: Note: Since you have asked multiple question, we will solve the first question for you. If you want…

Q: E50→ 30 rad. 125 75 10 dia., 2 holes 25 35 deg. 25 75- 150

A: Part program code is as follows:

Q: 4. Name 4 types of cutting tool wears and explain what problem can happen if the depth of cut is…

A: Tool wear : It is breakdown and gradual failure of cutting tool due to regular operation on…

Q: Identify the nose radius(in mm) from the following single point tool signature 2-3-5-8-12-15-1.…

Q: how would you counter boar the hole at the left hand of the shaft?

A: Counter boring is a process in which one end of the existing hole is enlarged. A counterbore tool is…

Q: For the icon shown in the table name the tool and mention its function from Creo parametric а. b. c.…

A: the bold letters are the tool name and the remaining are its functions as follows (a)component…

Q: Answer the following questions by circling True or False. 13. The cutting speed of the hydraulic…

A: As per Bartleby guideline we are allow to give answer of one question at a time so please post other…

Q: In a sharper the cutting tool has a stroke of 16 in. the cutting stroke takes twice the time…

Q: Identify the type of milling operation in which the cutter axis is perpendicular to the workpiece…

A: Milling operation in which the cutter axis is perpendicular to the workpiece being machine

Q: proper Cutting and feed being ant? o we Set the tool just piece center-line h1 mm depth of cut ece…

A: 1 cutting speed and feed is very important parameters in metal removal process because a) it…

Q: 20. True or False? There are specific G- and M-codes for live tool turning.

A: Disclaimer:-Since you have asked multiple question, we will solve the first question for you. If you…

Q: A cutting tool has a radius of 1.8 mm. The feed rate for a theoretical surface roughness of is 5 Hm…

A: The nose radius of the tool is given as, R=1.8 mm. Now convert the units of surface roughness from…

Q: Read the sentences given below and Identify the wrong statement. Sentence 1. The advantage of an…

A: Independent chuck is used in the lathe to hold the workpiece tightly.

Q: Identify the drilling operation in which the top portion of a hole is enlarged to accommodate the…

Q: a. If rough milling of mild steel is performed using High Speed Steel (HSS) side and face milling…

A: Since you have asked multiple questions so we will solve any one of themIf you want any specified…

Q: determine the tool life

A: Given data; Tool changing time, Ttc=19 min Taylor's tool life exponent, n= 0.3 Find tool life…

Q: A mild steel specimen of Initial diameter of 32.5 mm is turned to final diameter of 25 mm for an…

A: there are 4 subparts posted in 1 question, as per honor code and answering guidelines I can answer…

Q: Identify the side relief angle (in degrees) from the following single point tool signature 1-…

Q: Applying the technique of tool radius compensation write a program to cut the external profile of…

A: Solution: Given Data: To Find: Program to cut the external profile of the part.

Q: Answer the following questions by circling True or False. () 5. Tool layouts can be converted into a…

A: Disclaimer: Since you have posted a question with multiple sub-parts, we will solve the first three…

Q: L the Cutting edges on both the end and outside periphery of the In cutter. * Down milling Face…

A: Ans) : Face Milling

Q: Identify the tool given in the image

Q: 5. According to the figures as follows, please point out: 1) Gear hobbing cutter is , Milling cutter…

A: Note: We know that, for the gear hobbing process, the cutter is rotating in the axis perpendicular…

Q: 11. In the following operation the axis of the tool is perpendicular to feed direction: * Slotting…

A: peripheral milling = tool axis is parallel to the feed direction 1) slotting 2) slab milling

Q: Identify the nose radius(in mm) from the following single point tool signature 2-3-5-8-12-15-1. O 1…

A: The single point cutting tool signature is as mentioned below (i) Back rake angle(ii) Side rake…

Q: Identify the side rake angle (in degrees), from the following single point tool signature…

A: The tool signature of a single point cutting tool is mentioned below (i) Back rake angle(ii) Side…

Q: 8. How is the perpendicularity between the feed movement and the base plate of the radial drilling…

A: Similar to flatness, perpendicularity is measured with a height gauge; however, the gauge (or…

Q: 17-The surface roughness is shown with a symbol.... a) Ra b) Rs c) Rc d) Rq 18- The largest diameter…

A: As it is not mentioned that which three parts required to solve, please find the solutions of first…

Q: Explain in a few sentences how the toolhead can be aligned. Why is it important to clamp the knee…

A: Solution: Note: Dear Student! As per our guidelines, we are only allowed to answer a single…

Q: 22. The three-jaw universal chuck can be used to hold Select one: a. HEXAGONAL AND ROUND WORK…

A: Three-jaw universal chuck is used to hold round and hexagonal work.

Q: A straight turning operation is carried out using a single point cutting tool on an AISI 1020 steel…

A: Given data: The feed rate is f = 0.2 mm/rev. The depth of cut is d = 0.5 mm. The side cutting edge…

Q: A cutting tool has a nose radius of 1.8 mm the feed rate for a theoretical surface roughness of R= 5…

A: Given:nose radius, r=1.8 mmR=5 microns or 0.005

Q: 14. Determine the proper RPM for a 3" piece of cold-rolled steel with a cutting speed of SFPM. Round…

A: We will answer the first question since the exact one was not specified. Please submit a question…

Q: In the following scenario illustrated in the figure, the tool is machining the inside walls of a…

Q: Identify the tool shown below.

Q: From the following Identify cutting tool that has the cutting edge in the form of small tip made of…

A: Let us discuss about about given single point cutting tool

Q: Define and discuss the hole and shaft basis system with diagram? Briefy explain.

A: Hole basis system In hole basis system the size of the hole remains constant and the shaft size is…

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

Identify the nose radius(in mm) from the following
single point tool signature 2-3-5-8-12-15-1.
O 1
O 3
O 5
O8

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions

A cutting tool has a nose radius of 1.8 mm the feed rate for a theoretical surface roughness of R= 5 microns is (a) 0.268 mm/rev (b) 0 187 mm/rev (c) 0.036 mm/rev (d) 0.0187 mm/rev
Based on the CNC program below, identify 1)what machine it is (lathe/mill) ? 2)is the coolant used? 3)Any pocket/holes drilling? and if yes how many? 4)How many tool(s) is/are used? N1 G90 G17 G40 G80 G00 N108 M06 T1 (1/4) N110 (F-contour) N112 G00 G54 G90 X0.8937 Y-2.0181 S6000 M03 N114 G43 H1 Z5. N116 Z1. N118 Z0.1 N120 G01 Z0. F30. N122 G03 X0.9302 Y-2.262 Z-0.0007 I0.2488 J-0.0875 F60. N124 G02 X0.9927 Y-2.4845 Z-0.0012 I-0.2631 J-0.1939 N126 G03 X0.9927 Y-2.7716 Z-0.002 I1.6354 J-0.1436 N128 G02 X0.9302 Y-2.9941 Z-0.0026 I-0.3256 J-0.0286 N130 G03 X0.8937 Y-3.2381 Z-0.0032 I0.2123 J-0.1565 N132 X2.0181 Y-4.3624 Z-0.0074 I1.7344 J0.61 N134 X2.262 Y-4.3259 Z-0.008 I0.0875 J0.2488 N136 G02 X2.4845 Y-4.2634 Z-0.0086 I0.1939 J-0.2631 N138 G03 X2.7716 Y-4.2634 Z-0.0094 I0.1436 J1.6354 N140 G02 X2.9941 Y-4.3259 Z-0.01 I0.0286 J-0.3256 N142 G03 X3.2381 Y-4.3624 Z-0.0106 I0.1565 J0.2123 N144 X4.3624 Y-3.2381 Z-0.0148 I-0.61 J1.7344 N146 X4.3259 Y-2.9941 Z-0.0154 I-0.2488…
Two identical cylindrical jobs are turned using (a) a round nosed tool of nose radius 2 mm and (b) a sharp corner tool having principal cutting edge angle = 45° and auxiliary cutting edge angle = 10° If the operation is carried out of the teed of 0.08 mm/rev will Find the height at micro irregularities on the machined surfaces (in mm) in the two cases.
Specify cutting tool angles for a single-point cutting tool and usage of each angle with aid of aclear sketch.
Tool wear refers to abrasion on .............. and the tool edge become worn a) Cutting edge. b) Clearance angle c) Flank face. d) Race face. e) A and B f) C and D
A broach has________________ a-roughing teeth b-semi- finishing teeth c-finishing teeth d-all of these
A cylindrical workpiece has a 14.0 in diameter and has 30 in long. It is to be turned in an engine lathe at the following cutting conditions: cutting speed = 400 ft/min, feed = 0.015 in/rev, and depth of cut = 0.150 in. Determine the time to complete one turning pass if the approach and overtravel allowances are each 0.25 in (total = 0.50 in). Note: 1 ft = 12 in
Calculate feed depth for an 82-degree countersink used to machine a l/2"-diameter countersink on an existing 9/32"-diameter hole.
___________ occurs mainly on the rake face of cutting tool. Group of answer choices Flank wear Crater wear Nose radius wear Notch wear
A twin-spindle drill simultaneously drills one ½-in hole and one ¾" through a 1" wide work piece. Both holes are twist drill with 118° point angles. cutting speed for material is 230 ft/min. The rotation speed of each spindle can be configured individually. The feed rate of both holes must be set to the same value, since both spindles go down at the same speed. The forward speed is set in such a way that the speed total metal removal does not exceed 1.50 in3 /min. Determine: a) the velocity maximum feedrate (in/min) that can be used, b) the individual feedrates (in/rev) that result in each hole and c) the time required to drill the holes.
Identify the true statement from the following a. Unit of cutting speed in millimetre per minute b. Unit of feed is in meter per tooth c. Unit of cutting speed is in meter per second d. Unit of feed is millimetre per tooth
Using the formula (below), calculate the revolutions per minute (rpm) a drill press spindle should rotate using a Ø1⁄2 HSS twist drill if the cutting speed will be 90 surface feet per minute, SPM?N~[4xV]÷DN = _____________________________________________ RPM’s