T. Sowmya's research while affiliated with National Institute of Technology Andhra Pradesh and other places

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Publications (1)


Table 1 : Properties of soil.
Table 2 : Chemical composition of rice husk ash.
Table 3 : pH test results.
Table 4 : Index properties of soil with replacements.
Table 5 : Compaction characteristics of soil with replacements.

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Industrial Wastes in Soil Improvement
  • Article
  • Full-text available

January 2011

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2,701 Reads

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20 Citations

ISRN Civil Engineering

G. V. Rama Subbarao

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D. Siddartha

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T. Muralikrishna

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[...]

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T. Sowmya

Soil existing at a particular site may not be appropriate for construction of engineering structures. The present study made an attempt to enhance the geotechnical properties of a soil replaced with industrial wastes having pozzolanic value like rice husk ash (RHA) and fly ash (FA). Soil is replaced with RHA in 2%, 4%, and 6% to dry weight of soil. It is observed that soil replaced with 4% RHA is the optimum for the soil used in this study from geotechnical point of view. To know the influence of fly ash, soil is further replaced with 4% FA along with 4% RHA. It is found that results of soil replacement by both RHA and FA proved to be soil modification and not the improvement. Hence, a cost-effective accelerator like lime is used for further replacing the above soil-4%, RHA-4% FA mix. The optimum lime content is found to be 4%.

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Citations (1)


... The main benefits of recycling glass are a 25% reduction in energy consumption, a 20% reduction in air pollution, an 80% reduction in mine waste, and a 50% reduction in water consumption. These values can be doubled by expanding the use of waste glass [8]. There are several studies in the literature that investigate the use of waste glass as an additive for soil improvement through laboratory tests [9][10][11][12][13][14]. ...

Reference:

Predictive models for treated clayey soils using waste powdered glass and expanded polystyrene beads using regression analysis and artificial neural network
Industrial Wastes in Soil Improvement

ISRN Civil Engineering