Learners will understand trouble-shooting techniques associated with milling.
All of the above
All of the above
True
True
All of the above
False
False
Evacuation of the chips surrounding the cutter
Evacuation of the chips surrounding the cutter
In general, coolant is not recommended for milling with indexable carbide insert cutters because:
In general, coolant is not recommended for milling with indexable carbide insert cutters because:
Coolant causes rapid changes in insert temperature
Rapid changes in insert temperatures can cause thermal cracking.
In general, coolant is not recommended for milling with indexable carbide insert cutters because:
Coolant causes rapid changes in insert temperature
Rapid changes in insert temperatures can cause thermal cracking.
Coolant can be used when cutting aluminum or other soft materials with carbide inserted cutters because:
Coolant can be used when cutting aluminum or other soft materials with carbide inserted cutters because:
The cutting temperatures are low, and coolant decreases the chance of built-up edge when cutting aluminum
When the cutting temperatures are low, there is no threat of thermal cracking.
Coolant can be used when cutting aluminum or other soft materials with carbide inserted cutters because:
The cutting temperatures are low, and coolant decreases the chance of built-up edge when cutting aluminum
When the cutting temperatures are low, there is no threat of thermal cracking.
The most common solution for chatter on the surface finish is:
The most common solution for chatter on the surface finish is:
Increase the rigidity of the setup
The most common solution for chatter on the surface finish is:
Increase the rigidity of the setup
You have answered 5 of 10 questions correctly.
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