The learner will show an understanding of feed, speed, surface finish, and conventional milling.

Milling Applications

In the milling process, feed can be stated as:

Inches per minute
Inches per tooth
Inches per revolution
All of the above
None of the above

Question 1 of 10

Milling Applications

Correct!

In the milling process, feed can be stated as:

Correct Answer

All of the above

Next Question

Question 1 of 10

Milling Applications

Incorrect

In the milling process, feed can be stated as:

Your Answer

Correct Answer

All of the above

Next Question

Question 1 of 10

Milling Applications

Speeds and feeds in milling are generally:

Higher speed and lower feed than turning
Higher feed and lower speed than turning
The same as turning
Higher than turning
Lower than turning

Question 1 of 10

Milling Applications

Correct!

Speeds and feeds in milling are generally:

Correct Answer

Higher speed and lower feed than turning

Next Question

Question 1 of 10

Milling Applications

Incorrect

Speeds and feeds in milling are generally:

Your Answer

Correct Answer

Higher speed and lower feed than turning

Next Question

Question 1 of 10

Milling Applications

Conventional milling is preferred to climb milling when:

Tool life needs to be increased
Surface finish needs to be improved
The machine is “loose”
Cutting work hardening materials such as stainless steels

Question 1 of 10

Milling Applications

Correct!

Conventional milling is preferred to climb milling when:

Correct Answer

The machine is “loose”

Next Question

Question 1 of 10

Milling Applications

Incorrect

Conventional milling is preferred to climb milling when:

Your Answer

Correct Answer

The machine is “loose”

Next Question

Question 1 of 10

Milling Applications

Surface finish can be stated as:

Waviness
aa
Roughness
Lay
All of the above
None of the above

Question 1 of 10

Milling Applications

Correct!

Surface finish can be stated as:

Correct Answer

All of the above

Next Question

Question 1 of 10

Milling Applications

Incorrect

Surface finish can be stated as:

Your Answer

Correct Answer

All of the above

Next Question

Question 1 of 10

Milling Applications

Which insert corner configuration should produce the best finish if all three options are being run at the same speed?

A nose radius only
A facet only
A very large wiper radius

Question 1 of 10

Milling Applications

Correct!

Which insert corner configuration should produce the best finish if all three options are being run at the same speed?

Correct Answer

A very large wiper radius

Next Question

Question 1 of 10

Milling Applications

Incorrect

Which insert corner configuration should produce the best finish if all three options are being run at the same speed?

Your Answer

Correct Answer

A very large wiper radius

Next Question

Question 1 of 10

Milling Applications

When squaring up a block using a face mill, some basic rules of thumb are:

Any old set-up will due; it’s just squaring up a block
Climb mill, one-fourth of the cutter should overhang the edge of the part, and use a cutter with a lead angle
Use a cutter that is 2.5 times larger than the surface to be milled, and use a cutter with a lead angle

Question 1 of 10

Milling Applications

Correct!

When squaring up a block using a face mill, some basic rules of thumb are:

Correct Answer

Climb mill, one-fourth of the cutter should overhang the edge of the part, and use a cutter with a lead angle

Finish

Question 1 of 10

Milling Applications

Incorrect

When squaring up a block using a face mill, some basic rules of thumb are:

Your Answer

Correct Answer

Climb mill, one-fourth of the cutter should overhang the edge of the part, and use a cutter with a lead angle

Finish

Question 1 of 10

Milling Applications

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You have answered 5 of 10 questions correctly.

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milling

Question 1 of 10

Author

Kelly Curran

Published: 2/24/2015

Last Updated: 2/24/2015

Tags

milling

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Milling Applications by Fox Valley Technical College is licensed under a Creative Commons Attribution 3.0 Unported License.