8) Explain briefly why the regions in the below given graphhave curved boundaries rather than straight border lines?Cataclastic FlowPlasticity10-55-1Power-Law Creepo/u-Coble10-125-1NH0.1mm defomation mechanism map9) If you are using a precipitation strengthening against creep,this mean what type of creep mechanism is dominant for thatapplication? (Explain your assumption).10) The Q value in the following equation is supposed toindicate the type creep (creep mechanism). Use the figuregiven in the Question 8 and what type of creep experimentwould you carry out to determine the value of Q?s=AD"eQ/RT)11) The value of Q can be confusing and different interpretationsmay arise. Explain very briefly why this is so?:

An elastic material has linear relationships between stress strain only till the proportionality…

Answered: 8) Explain briefly why the regions in…

8) Explain briefly why the regions in the below given graph have curved boundaries rather than straight border lines? Cataclostic Flow Plasticity 10-55-1 Power-Law Creep o/u -Coble 10-12s-1 NH

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

8) Explain briefly why the regions in the below given graph
have curved boundaries rather than straight border lines?
Cataclastic Flow
Plasticity
10-55-1
Power-Law Creep
o/u
-Coble
10-125-1
NH
0.1mm defomation mechanism map
9) If you are using a precipitation strengthening against creep,
this mean what type of creep mechanism is dominant for that
application? (Explain your assumption).
10) The Q value in the following equation is supposed to
indicate the type creep (creep mechanism). Use the figure
given in the Question 8 and what type of creep experiment
would you carry out to determine the value of Q?
s=AD"eQ/RT)
11) The value of Q can be confusing and different interpretations
may arise. Explain very briefly why this is so?:

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