The Automation in which special-purpose automation is designed for only one complex product and it cannot be changed is Fixed Automation.
<h3>What is Fixed Automation?</h3>
Fixed Automation is an automation system in which the manufacturing processes remain the same after they have been configured. They cannot be easily altered and are also referred to as Hard Automation.
Companies that engage in the mass production of items use this automation system.
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Answer:
b. Titanium has the highest fracture stress value.
Explanation:
Titanium is the strongest material to fracture, according to the student. To support his claim, the evidence should be .. the titanium has the highest stress value for fracture.
If the materials is having high value of fracture stress it means that it is strong material and it is not easy to break that type of materials.
Therefore the answer will be B.
Answer:
From the main bearings, the oil passes through feed-holes into drilled passages in the crankshaft and on to the big-end bearings of the connecting rod.
When the in-plane shear stress is at its highest, it is true that the normal stresses are equal.
Their combined value is σn+σt.
<h3>What is in-plane shear stress?</h3>
- 6.3 ksi is the maximum in-plane shear stress. 10.2 ksi is the maximum out-of-plane shear stress.
- By examining Mohr's circle, we may understand why out of plane shear stress is the highest.
- Maximum in-plane shear stress is indicated by the inner blue circle radius (6.3 ksi).
- Maximum shear stress planes are 45 degrees from the major planes.
- The principle stress is the highest stress that may be created in a plane, and the principal stress refers to the principal plane when shear stress is zero.
The complete question is:
What is true about the normal stresses when the in-plane shear stress is maximum? Select all that apply.
a) They are equal.
b) They are zero.
c) Their sum is equal to σn+σt.
d) They are maximum.
e) They are equal to shear stress.
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Answer:
c from transmitter to a receiver