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Thank you sir ji 🙏👍🙏
Application of geotechnical engineering. . foundation design.... pavement design... underground structure
Shape of particle size curve.... represent by coefficient of curvature
Scope of geotechnical engineer.... foundation... retaining structure.... stability of slopes
Degree of saturation.... volume of water / volume of voids
Water content of soil sample determined by oven drying, alcohol and calcium carbide method
For GW soil...Cu....more than 4 and Cc...1-3
Sedimentation analysis.... hydrometer and pipette
Void ratio.... volume of voids / volume of solids
Cofficient of curvature....D30^2/D60×D10
Sieve analysis... coarse grained soil
All of the above
Effective Size and effective diameter
Toughness index.... plasticity index / flow index
Always positive
In the case of Q.2 both options A&B are correct?
Flow index....w1-w2/log10n2/n1
Cofficient of uniformity...D60/ D10
Water content or moisture content.... weight of water weight of solids
Liquidity index...w-wp *100/Ip
Plasticity index...Ip = WL - WP
Volume of air / by total volume = % air voids
Shrinkage index = Wp-Ws
R = Rh' + Cm +- CL - Cd
Porosity...Vv / V
Stoke's law..
Alluvial soils
Acetylene
Ac = 1-Sr
Size of aperture in mm
Void ratio
Coarse grained
60 °
Residual
Soil structure
Lacustrine soil
Liquid limit
0.02 m m and 0.0002m m
Honey comb
4.75 m m
ISI....1498-1970
0.075m m to 0.002m m
Plastic limit
1
24 hours
Water content
Karl von Terzaghi
None of the above
Pipette
Shrinkage limit
Thank you sir ji 🙏👍🙏
Application of geotechnical engineering. . foundation design.... pavement design... underground structure
Shape of particle size curve.... represent by coefficient of curvature
Scope of geotechnical engineer.... foundation... retaining structure.... stability of slopes
Degree of saturation.... volume of water / volume of voids
Water content of soil sample determined by oven drying, alcohol and calcium carbide method
For GW soil...Cu....more than 4 and Cc...1-3
Sedimentation analysis.... hydrometer and pipette
Void ratio.... volume of voids / volume of solids
Cofficient of curvature....D30^2/D60×D10
Sieve analysis... coarse grained soil
All of the above
Effective Size and effective diameter
Toughness index.... plasticity index / flow index
Always positive
In the case of Q.2 both options A&B are correct?
Flow index....w1-w2/log10n2/n1
Cofficient of uniformity...D60/ D10
Water content or moisture content.... weight of water weight of solids
Liquidity index...w-wp *100/Ip
Plasticity index...Ip = WL - WP
Volume of air / by total volume = % air voids
Shrinkage index = Wp-Ws
R = Rh' + Cm +- CL - Cd
Porosity...Vv / V
Stoke's law..
Alluvial soils
Acetylene
Ac = 1-Sr
Size of aperture in mm
Void ratio
Coarse grained
60 °
Residual
Soil structure
Lacustrine soil
Liquid limit
0.02 m m and 0.0002m m
Honey comb
4.75 m m
ISI....1498-1970
0.075m m to 0.002m m
Plastic limit
1
24 hours
Water content
Karl von Terzaghi
None of the above
Pipette
Shrinkage limit