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Chapter 22 - Cutting Tool Technology

Total questions: 10

Worksheet time: 8mins

Name
Class
Date
1.

Of the following cutting conditions, which one has the greatest effect on tool wear

a)

cutting speed

b)

feed

c)

depth of cut

2.

As an alloying ingredient in high-speed steel, tungsten serves which of the following functions (two best answers)

a)

forms hard carbides to resist abrasion

b)

improves strength and hardness

c)

increases corrosion resistance

d)

increases hot hardness

e)

increases toughness

3.

Cast cobalt alloys typically contain which of the following main ingredients (three best answers)

a)

aluminum

b)

cobalt

c)

chromium

d)

steel

e)

tungsten

4.

Cast cobalt alloys typically contain which of the following main ingredients (two best answers)

a)

Al2O3

b)

Co

c)

CrC

d)

TiC

e)

WC

5.

An increase in cobalt content has which of the following effects on WC-Co cemented carbides (two best answers)

a)

decreases hardness

b)

decreases transverse rupture strength

c)

increases hardness

d)

increases toughness

e)

increases wear resistance

6.

Steel-cutting grades of cemented carbide are typically characterized by which of the following ingredients (three correct answers)

a)

Co

b)

Fe

c)

Ni

d)

TiC

e)

WC

7.

If you had to select a cemented carbide for an application involving finish turning of steel, which C-grade would you select (one best answer)

a)

C1

b)

C3

c)

C5

d)

C7

8.

Which of the following processes are used to provide the thin coatings on the surface of coated carbide inserts (two best answers)

a)

chemical vapor deposition

b)

electroplating

c)

physical vapor deposition

d)

pressing and sintering

e)

spray painting

9.

Which one of the following materials has the highest hardness

a)

aluminum oxide

b)

cubic boron nitride

c)

high-speed steel

d)

titanium carbide

e)

tungsten carbide

10.

Which of the following are the two main functions of a cutting fluid in machining (two best answers)

a)

improve surface finish on the workpiece

b)

reduce forces and power

c)

reduce friction at the tool-chip interface

d)

remove heat from the process

e)

wash away chips