Physics, asked by khan37261969, 2 months ago

The heat of hydration of cement can be reduced by​

Answers

Answered by TaniyaArmy
0

Answer:

This may involve circulating cold water in embedded pipe coils or other cooling means. Another method of controlling heat evolution is to reduce the percentage of compounds with high heat of hydration, such as C3A and C3S, and use a coarser fineness to produce a Type IV low heat of hydration cement.

Answered by Itzmanas077
0

Answer:

PLEASE MARK AS BRILLIANT

Explanation:

This may involve circulating cold water in embedded pipe coils or other cooling means. Another method of controlling heat evolution is to reduce the percentage of compounds with high heat of hydration, such as C3A and C3S, and use a coarser fineness to produce a Type IV low heat of hydration cement

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