1. (e) One of the limitations of extending axis translation technique for measuring negative pore water pressure using null type pressure plate is: ĐAir diffusion occurs through the ceramic disk when the axis translation test is performed for a long time period. (i) Water losses from specimen when the test is performed for a long time period. (iii) Secondary consolidation arises when test is performed for a long period of time (iv) All the above (a, b and c) (v) None of the above The ceramic disk used in the null pressure plate apparatus does not allow the air to flow; however, free flow water is possible. Explain the mechanism associated with this behavior. If the purpose of ceramic disk is not to allow the air out from it; how can the air come out from the specimen? What will be the impact of such a phenomenon?
1. (e) One of the limitations of extending axis translation technique for measuring negative pore water pressure using null type pressure plate is: ĐAir diffusion occurs through the ceramic disk when the axis translation test is performed for a long time period. (i) Water losses from specimen when the test is performed for a long time period. (iii) Secondary consolidation arises when test is performed for a long period of time (iv) All the above (a, b and c) (v) None of the above The ceramic disk used in the null pressure plate apparatus does not allow the air to flow; however, free flow water is possible. Explain the mechanism associated with this behavior. If the purpose of ceramic disk is not to allow the air out from it; how can the air come out from the specimen? What will be the impact of such a phenomenon?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![1. (e) One of the limitations of extending axis translation technique for measuring negative
pore water pressure using null type pressure plate is:
(i)Air diffusion occurs through the ceramic disk when the axis translation test is performed for a
long time period.
(ii) Water losses from specimen when the test is performed for a long time period.
(iii) Secondary consolidation arises when test is performed for a long period of time
(iv) All the above (a, b and c)
(v) None of the above
The ceramic disk used in the null pressure plate apparatus does not allow the air to flow; however,
free flow water is possible. Explain the mechanism associated with this behavior. If the purpose of
ceramic disk is not to allow the air out from it; how can the air come out from the specimen? What
will be the impact of such a phenomenon?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9a55c309-2b29-44f8-bf5c-a6de1c36f6a9%2F982a0e42-44cd-4500-b0dd-25d10917ae31%2Fbobeq7t_processed.png&w=3840&q=75)
Transcribed Image Text:1. (e) One of the limitations of extending axis translation technique for measuring negative
pore water pressure using null type pressure plate is:
(i)Air diffusion occurs through the ceramic disk when the axis translation test is performed for a
long time period.
(ii) Water losses from specimen when the test is performed for a long time period.
(iii) Secondary consolidation arises when test is performed for a long period of time
(iv) All the above (a, b and c)
(v) None of the above
The ceramic disk used in the null pressure plate apparatus does not allow the air to flow; however,
free flow water is possible. Explain the mechanism associated with this behavior. If the purpose of
ceramic disk is not to allow the air out from it; how can the air come out from the specimen? What
will be the impact of such a phenomenon?
Expert Solution
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To quantify the matrix suction of undisturbed and remoulded soil samples, the null type, axis translation approach is usually used.
The effect of air diffusing via the high air entrance disc is investigated as a function of soil qualities and measuring equipment parameters.
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