The learner will identify cutting tool materials and compare the machinability of materials.
Carbide and Other Cutting Tool Materials - Set 2
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Correct!
Carbide inserts are made by a process called powder metallurgy.
Correct Answer
True
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Incorrect
Carbide inserts are made by a process called powder metallurgy.
Your Answer
Correct Answer
True
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
After the pressing stage of the powder metallurgy process, the product is in a _______ state and can be broken apart easily.
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Correct!
After the pressing stage of the powder metallurgy process, the product is in a _______ state and can be broken apart easily.
Correct Answer
Green
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Incorrect
After the pressing stage of the powder metallurgy process, the product is in a _______ state and can be broken apart easily.
Your Answer
Correct Answer
Green
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
To ensure accuracy from one insert to the next, each insert undergoes a/an _________ process.
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Correct!
To ensure accuracy from one insert to the next, each insert undergoes a/an _________ process.
Correct Answer
Grinding
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Incorrect
To ensure accuracy from one insert to the next, each insert undergoes a/an _________ process.
Your Answer
Correct Answer
Grinding
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Correct!
Correct Answer
Built-up edge
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Incorrect
Your Answer
Correct Answer
Built-up edge
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Carbide that has been coated using the PVD process has a smoother, brighter, and finer grain structure, resulting in a smoother cutting action.
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Correct!
Carbide that has been coated using the PVD process has a smoother, brighter, and finer grain structure, resulting in a smoother cutting action.
Correct Answer
True
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Incorrect
Carbide that has been coated using the PVD process has a smoother, brighter, and finer grain structure, resulting in a smoother cutting action.
Your Answer
Correct Answer
True
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Carbide that has been coated using the CVD process is generally tougher but is prone to thermal cracking due to the higher temperature coating process.
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Correct!
Carbide that has been coated using the CVD process is generally tougher but is prone to thermal cracking due to the higher temperature coating process.
Correct Answer
True
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Incorrect
Carbide that has been coated using the CVD process is generally tougher but is prone to thermal cracking due to the higher temperature coating process.
Your Answer
Correct Answer
True
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Correct!
Correct Answer
Multi-layering
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Incorrect
Your Answer
Correct Answer
Multi-layering
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Correct!
Correct Answer
True
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Incorrect
Your Answer
Correct Answer
True
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Which tooling setup results in a more rigid and accurate method of tool holding?
-
Clamping an end mill in a spring collet holder
-
Clamping an end mill in a solid holder with the set screw on the shank diameter of the tool
-
Clamping an end mill in a solid holder with the set screw clamped to the set screw flat on the tool shank
-
Clamping an end mill in a hydraulic or a shrink fit holder
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Correct!
Which tooling setup results in a more rigid and accurate method of tool holding?
Correct Answer
Clamping an end mill in a hydraulic or a shrink fit holder
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Incorrect
Which tooling setup results in a more rigid and accurate method of tool holding?
Your Answer
Correct Answer
Clamping an end mill in a hydraulic or a shrink fit holder
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
After the sintering or heat-treating process, the carbide has lost up to ____ of its size.
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Correct!
After the sintering or heat-treating process, the carbide has lost up to ____ of its size.
Correct Answer
50 percent
Question 1 of 10
Carbide and Other Cutting Tool Materials - Set 2
Incorrect
After the sintering or heat-treating process, the carbide has lost up to ____ of its size.
Your Answer
Correct Answer
50 percent
Question 1 of 10
Score
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50%
Question 1 of 10
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Carbide and Other Cutting Tool Materials - Set 2 by Fox Valley Technical College is licensed under a Creative Commons Attribution 3.0 Unported License.