SCIENCE+ENGR.OF MTRLS.-MINDTAP (6 MTHS)
SCIENCE+ENGR.OF MTRLS.-MINDTAP (6 MTHS)
7th Edition
ISBN: 9781305499119
Author: ASKELAND
Publisher: CENGAGE L
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Chapter 1, Problem 1.16P

Temperature indicators are sometimes produced from a coiled metal strip that uncoils a specific amount when the temperature increases. How does this work: from what kind of material would the indicator be made; and what are the important properties that the material in the indicator must possess?

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As Fast As you can  Please mak sure the answer is correct 100% Please match the following to the appropriate areas or sublocations illustrated on the steel stress-strain curve shown below: (ultimate tensile stress- yield stress - repture stress)   (4) The maximum stress point on the stress strain curve.   (2) The point where the proportional limit ends and the moment the elastic limit of the specimen is reached, the specimen will return to its original state after the loading is removed. Typically occurs before the steel specimen starts to plastically yield.    (5) The point at which the steel specimens has underwent necking and breaks. This typically occurs after the maximum stress is reached during the experiment.
What is the tolerance zone (and Material Boundary) for a non-cylindrical feature such as a slot or groove?
(one or more option can be true please select from below) which of the following will reduce the failure strength or lifetime of a test piece and why?  Decreasing the grain size, more grain boundaries to initiate failure Raising the temperature above the BDTT, more plastic deformation in the lattice will cause it to fail faster   Increasing its volume, greater likelihood of critical defects Decreasing the loading frequency, the material will be at peak stress values for longer  Increasing the difference between the maximum and minimum stress values, as this affects the stress concentration factor

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SCIENCE+ENGR.OF MTRLS.-MINDTAP (6 MTHS)

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