6 उत्तर
6 उत्तर
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During compaction the reduction in volume is mainly due to expulsion of pore air and rearrangement of particles resulting in their closer packing.
Compaction of a soil mass results in increase in dry density. The dry density attained depends on water content, amount and type of compaction. The amount and type of compaction determine the compactive effect.
For a specific amount of compactive energy applied on soil, the mass attains maximum dry density at particular water content. This water content is referred to as optimum water content.0Modal content
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dry density is ratio of weight of solids to total volume . compaction decreases total volume , thus increases dry density0Modal content
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higher is compaction effort higher is dry density, but we can not remove 100 % air void . as we apply more effort then flocculated structures change into dispersed structures which increases the dry density...3Modal content
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by compacting you are reducing amount of pores. thus amount of water content that can be carry by dry soil is also reduce. and we know dry density is inversely prap. to water content.0Modal content
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If the compaction effort is high it's results high dry density. Its shows impact proportionally on soil with in limits2Modal content
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compaction is very less because in dry density the pores are very less and so the effect of compaction on dry density is less...0Modal content
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