Graduation in Civil Engineering
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All courses for Graduation in Civil Engineering
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Geotechanical Engineering 2
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Geotechnical Engineering 6
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Geotechnical Engineering Application & Field Problems 1
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Geotecnical Engineering 1
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Graduation 1
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Hydrology/Water Resources Engineering 1
Dernières notes et résumés Graduation in Civil Engineering
Basic structural units of clay minerals are silica sheet &gibbsite sheet and the primary minerals responsible for the formation of clay minerals quartz and felspars in the form of phyllosilicates, which are parallel sheets of silicates Images are self explanatory and can be the basis for understanding/ describing the mineral groups(Kaolinite, Illite &Montmorillonite).
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- Notes de cours
- • 15 pages's •
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Graduation in Civil Engineering•Graduation
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Soil &Soil Engineering• Par ajairai
Aperçu 2 sur 15 pages
Basic structural units of clay minerals are silica sheet &gibbsite sheet and the primary minerals responsible for the formation of clay minerals quartz and felspars in the form of phyllosilicates, which are parallel sheets of silicates Images are self explanatory and can be the basis for understanding/ describing the mineral groups(Kaolinite, Illite &Montmorillonite).
Soil structure is the natural arrangement of different types of coarse &fine grained materials along with voids and water content in soil pores .Basically three types of soil structure i.e. single grained, flocculated and honey comb are continually inter changeable. Soil structure does not follow a fixed trend/pattern like other structures and also the composition is not definite like other materials. Imaginal representation of various natural soil arrangements, other sub structures under the ba...
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- • 13 pages's •
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Graduation in Civil Engineering•Geotecnical Engineering
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Soil &Soil Engineering• Par ajairai
Aperçu 2 sur 13 pages
Soil structure is the natural arrangement of different types of coarse &fine grained materials along with voids and water content in soil pores .Basically three types of soil structure i.e. single grained, flocculated and honey comb are continually inter changeable. Soil structure does not follow a fixed trend/pattern like other structures and also the composition is not definite like other materials. Imaginal representation of various natural soil arrangements, other sub structures under the ba...
Soils deposited in layers( from top to bottom) are designated as organic layer, litter layer, topsoil ,leaching layer, subsoil, substratum and bed rock representing the strength of soil in ascending order, Residual soil grains may break into smaller grains with the application of little pressure. Transported soil deposits subdivisions(aeoline, bentonite, boulder clay, china clay, expansive soil, glacial till, hardpan, loam, peat etc.) are based on transporting agency and place of deposition. So...
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- • 16 pages's •
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Graduation in Civil Engineering•Geotechnical Engineering
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Soil &Soil Engineering• Par ajairai
Aperçu 3 sur 16 pages
Soils deposited in layers( from top to bottom) are designated as organic layer, litter layer, topsoil ,leaching layer, subsoil, substratum and bed rock representing the strength of soil in ascending order, Residual soil grains may break into smaller grains with the application of little pressure. Transported soil deposits subdivisions(aeoline, bentonite, boulder clay, china clay, expansive soil, glacial till, hardpan, loam, peat etc.) are based on transporting agency and place of deposition. So...
Rock cycle also known as geologic cycle is continuous never ending natural or geologic process. Soil is formed by mechanical and chemical weathering of igneous, sedimentary &metamorphic rocks transformed into sand, silt clay and gravel. Rock is formed by deposition of magma/mineral which is formed due to melting of rocks/soils as a result of volcanic eruption. Conversion of rock/soil type depends upon many factors such as temperature, climate ,rainfall, elevation, altitude etc
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- Notes de cours
- • 16 pages's •
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Graduation in Civil Engineering•Geotechnical Engineering
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Soil &Soil Engineering• Par ajairai
Aperçu 3 sur 16 pages
Rock cycle also known as geologic cycle is continuous never ending natural or geologic process. Soil is formed by mechanical and chemical weathering of igneous, sedimentary &metamorphic rocks transformed into sand, silt clay and gravel. Rock is formed by deposition of magma/mineral which is formed due to melting of rocks/soils as a result of volcanic eruption. Conversion of rock/soil type depends upon many factors such as temperature, climate ,rainfall, elevation, altitude etc
The common geotechnical field problems are problems due to soil characteristics, settlement of shallow foundations, soil liquefaction susceptibility, seepage/drainage water/excess water problem ,Each type has been discussed in detail and supported by proper images
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- • 11 pages's •
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Graduation in Civil Engineering•Geotechnical Engineering
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Soil &Soil Engineering• Par ajairai
Aperçu 2 sur 11 pages
The common geotechnical field problems are problems due to soil characteristics, settlement of shallow foundations, soil liquefaction susceptibility, seepage/drainage water/excess water problem ,Each type has been discussed in detail and supported by proper images
Geotechnical Engineering utilizes the principles of Applied Mechanics &hydraulics to investigate subsurface ground condition and deformation in earth material which is used as structural material in cases embankment and earth dams. Each structure whether it is building foundation, bridge piers, tunnel pile foundation, well foundation requires the incorporation of investigations made by geotechnical engineer for the safety of structures.
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- Notes de cours
- • 16 pages's •
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Graduation in Civil Engineering•Geotechnical Engineering
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Soil &Soil Engineering• Par ajairai
Aperçu 3 sur 16 pages
Geotechnical Engineering utilizes the principles of Applied Mechanics &hydraulics to investigate subsurface ground condition and deformation in earth material which is used as structural material in cases embankment and earth dams. Each structure whether it is building foundation, bridge piers, tunnel pile foundation, well foundation requires the incorporation of investigations made by geotechnical engineer for the safety of structures.
Mass density is a universal parameter widely adopted by practice field engineers for the assessment of soil strength. As these parameters represent the cumulative effect of mass volume, its reliability as well as precision is more. Relative density and specific gravity are characteristic determining parameters
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- • 6 pages's •
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Graduation in Civil Engineering•Geotechanical Engineering
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Soil &Soil Engineering• Par ajairai
Aperçu 2 sur 6 pages
Mass density is a universal parameter widely adopted by practice field engineers for the assessment of soil strength. As these parameters represent the cumulative effect of mass volume, its reliability as well as precision is more. Relative density and specific gravity are characteristic determining parameters
Soil density may be regarded as universal parameter widely adopted by practice field engineers as these parameters gives the cumulative effects of mass and volume the reliability as well as precision is more. Relative density and specific gravity are characteristic determining properties of soil
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- Notes de cours
- • 6 pages's •
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Graduation in Civil Engineering•Geotechanical Engineering
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Soil &Soil Engineering• Par ajairai
Aperçu 2 sur 6 pages
Soil density may be regarded as universal parameter widely adopted by practice field engineers as these parameters gives the cumulative effects of mass and volume the reliability as well as precision is more. Relative density and specific gravity are characteristic determining properties of soil
Soil Unit Weights Inter Relationship and relations with other soil water volume /density parameters plays an important role in the analysis of soil condition ,as it enables to know about soils solid, &water content in terms of weights, which is the most essential requirements for the assessment of soil field conditions by geotechnical engineers.
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- Notes de cours
- • 10 pages's •
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Graduation in Civil Engineering•Geotechnical Engineering
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Soil &Soil Engineering• Par ajairai
Aperçu 2 sur 10 pages
Soil Unit Weights Inter Relationship and relations with other soil water volume /density parameters plays an important role in the analysis of soil condition ,as it enables to know about soils solid, &water content in terms of weights, which is the most essential requirements for the assessment of soil field conditions by geotechnical engineers.
Soil Weight Volume Relationship Plays an important role in the analysis of soil condition ,as it enables to know about voids, soils solid &water content volumetrically .Various conceptual terms such as porosity void ratio for representation of void space , in form of volume of voids, volume solids and total volume relationship study ascertains the soil strength on the basis of volume of voids.
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- Notes de cours
- • 8 pages's •
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Graduation in Civil Engineering•Geotechnical Engineering
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Soil &Soil Engineering• Par ajairai
Aperçu 2 sur 8 pages
Soil Weight Volume Relationship Plays an important role in the analysis of soil condition ,as it enables to know about voids, soils solid &water content volumetrically .Various conceptual terms such as porosity void ratio for representation of void space , in form of volume of voids, volume solids and total volume relationship study ascertains the soil strength on the basis of volume of voids.