Search for dissertations about: "Cement treated Soil"
Showing result 1 - 5 of 7 swedish dissertations containing the words Cement treated Soil.
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1. Soil Modification By Adding Small Amounts of Soil Stabilizers : Impact of Portland Cement and the Industrial By-Product Petrit T
Abstract : This licentiate thesis presents results of laboratory experiments regarding the effectiveness of adding small amounts of binders in order to modify and improve the mechanical performance of low organic clayey silt soil. Two types of binders have been used i.e. cement and an industrial by-product named Petrit T. READ MORE
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2. Soil Modification by adding small amounts of binders : A laboratory study
Abstract : Soil stabilization through addition of a hydraulic binder is a method frequently used to modify and improve engineering properties of soft soils. Additives like cement and lime are typically used as stabilizers. More recently, industrial by-products, such as fly ashes, cement kiln dust, blast furnace slags and other slags have been used. READ MORE
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3. Compaction- and strength properties of stabilised and unstabilised fine-grained tills
Abstract : Fine-grained soils are often regarded as problematic soils in earthworks because of their water- and frost sensitivity. Only limited amounts of fine-grained tills are used as earthwork material today. READ MORE
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4. Deformation Behavior of Lime/Cement Column Stabilized Clay
Abstract : Deep stabilization of clay with lime/cement columns has lately become one of the most frequent methods for improvement of soft clays. The method is cost effective, as it results in a drastic reduction of settlement. The theories used for design were originally developed for lime columns. READ MORE
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5. Mobile phosphorus in lake sediments, sludge and soil : A catchment perspective
Abstract : Phosphorus (P), a key element in lake primary production and eutrophication, is accumulating in agricultural soil, urban landfills and lake sediments. This accumulation increases the risk for non-point losses of P to ground- and surface waters. READ MORE