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Geotechnical Engineering

Home/Geotechnical Engineering/Page 6

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Asked: November 4, 2017In: Geotechnical Engineering

How to Measure Loads and Pressures on Geotechnical Structures?

Gopal Mishra
Gopal Mishra

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How to measure loads and pressures on geotechnical structures?

  1. Gopal Mishra

    Gopal Mishra

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    Gopal Mishra
    Added an answer on November 4, 2017 at 12:05 am

    Please be specific about your question. Provide more details to get answers.

    Please be specific about your question. Provide more details to get answers.

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Asked: January 2, 2019In: Geotechnical Engineering

Swell Pressure Test on Soil and it’s Procedure

andanr123
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What is swell pressure test of soil and it’s laboratory procedure?

  1. Neenu S K

    Neenu S K

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    Neenu S K
    Added an answer on March 4, 2019 at 9:21 pm

    The objective of a swelling pressure test on soil is to determine the swelling pressure of expansive soil when it is not allowed to undergo any volume change. The volume change is arrested or the soil is not allowed to swell in order to test this. The test determines the intrinsic swelling pressureRead more

    The objective of a swelling pressure test on soil is to determine the swelling pressure of expansive soil when it is not allowed to undergo any volume change. The volume change is arrested or the soil is not allowed to swell in order to test this.

    The test determines the intrinsic swelling pressure of the expansive soil. The test is conducted on a consolidometer. More details are explained in IS 2720(Part 41):1977.

    The swelling pressure is dependent on the:

    • Clay Content in the soil
    • Moisture content
    • Stress history
    • Drying and wetting cycles of soil
    • The nature of the pore fluid
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Asked: September 19, 2020In: Geotechnical Engineering

What is adsorbed water, and how does it affect the permeability of soil?

aviratdhodare
aviratdhodare

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aviratdhodare

What is adsorbed water, and how does it affect the permeability of soil?

  1. sanjaypakad

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    sanjaypakad Beginner
    Added an answer on October 8, 2020 at 5:36 pm

    Adsorbed water The term 'Adsorbed water' as it applies to the area of reclamation can be defined as ' Water in a soil or rock mass, held by physico-chemical forces, having physical properties substantially different from absorbed water or chemically combined water, at the same temperature and pressuRead more

    Adsorbed water

    The term ‘Adsorbed water’ as it applies to the area of reclamation can be defined as ‘ Water in a soil or rock mass, held by physico-chemical forces, having physical properties substantially different from absorbed water or chemically combined water, at the same temperature and pressure’.

    How affects the permeability :

    Fine particles of clay are surrounded by films of adsorbed water. Forces of adsorption and development of diffuse ion-layer around the clay particles create immobilized hydrodynamic layers of water, thereby reducing the effective pore space available for seepage.

     

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Asked: May 20, 2021In: Geotechnical Engineering

What is the Safe Bearing Capacity values for Different Soils?

Gopal Mishra
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In the absence of test data for calculating SBC of soil. What are the assumed safe bearing capacity values for different soils?

  1. Fasi Ur Rahman

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    Added an answer on May 20, 2021 at 5:40 am

    The capacity of the soil to allow the loads coming from the foundation is called the bearing capacity of the soil. It is essential to know the bearing capacity of the soil before designing the foundation. Different field tests can determine it. However, standard safe bearing capacity values are avaiRead more

    The capacity of the soil to allow the loads coming from the foundation is called the bearing capacity of the soil.
    It is essential to know the bearing capacity of the soil before designing the foundation. Different field tests can determine it. However, standard safe bearing capacity values are available for different soil types, and these values can be assumed where test data is limited or speedy construction is required.

    S.No Type of Soil Safe Bearing Capacity ( kN/m2)
    Cohesive Soils
    1. Soft shale, hard or stiff clay in a deep bed, dry state 440
    2. Medium clay readily indented with a thumbnail 245
    3. Moist clay and Sand clay mixture, which can be indented by thumb pressure 150
    4. Black cotton soil/expansive clay ( 50% saturated) in the dry state 130 to 160
    5. Soft clay indented with moderate thumb pressure 100
    6. Very soft clay which can be penetrated with the thump up to few centimeters 50
    Cohesionless Soil
    7. Compact gravel/sand and gravel mixture with good resistance against penetration of tools 440
    8. Compact and dry coarse sand 440
    9. Compact and dry medium sand 245
    10. Loose gravel or sandy gravel mixture, dry state 245
    11. Fine sand and silt ( consists of dry lumps) 150
    12. Loose and dry fine sand 100
    Rocks
    13. Hard rocks such as granite trap, diorite, etc. 3240
    14. Laminated rocks such as sandstone, limestone, etc. 1620
    15. Residual deposits of shattered and broken bedrock and hard shale cemented material 880
    16. Soft rocks 440
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Asked: December 18, 2018In: Geotechnical Engineering

What are the soil tests required for a 3 storey building?

Geolink
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What are the soil tests required for a 3 storey building and the standards for each test?

  1. AdityaBhandakkar

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    Added an answer on August 23, 2020 at 10:44 am

    Investigation of soil depends upon the type of soil and its topographic condition but not to the number of storeys. For a three-storey building, the soil must be stable with good bearing capacity and does not show any settlement in the previous loading. The following are the tests performed on the sRead more

    Investigation of soil depends upon the type of soil and its topographic condition but not to the number of storeys.

    For a three-storey building, the soil must be stable with good bearing capacity and does not show any settlement in the previous loading.

    The following are the tests performed on the soil to check its geotechnical properties during the construction of any structure; it may be three storeys or more.

    1. Moisture content of soil determined by oven drying method, calcium carbide method torsion balance method, pycnometer method, radiation method, alcohol method and sand bath method.
    2. Test of specific gravity: it is the ratio of the density of soil to the density of water.
    3. Test of Dry Density: it depends upon the value of void ratio and a specific gravity of soil. This test is used to determine the soil as a medium dense, loose and Dense.
    4. Test to find atterberg limit: three types of the limit are there that is the liquid limit, plastic limit and shrinkage limit.
    5. Compaction test on the soil by proctors method.
    6. Bearing capacity value of soil.
    7. Penetration test on soil
    8. Share test on soil: it is performed by the direct shear test method, triaxial compression test, unconfined shear test, Vane shear test.

    Hope you get the answer.

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Asked: June 29, 2020In: Geotechnical Engineering

What is Tacheometry?

RaghavArora
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What is a tachometry? What is it’s used in civil engineering projects?

  1. Soumyadeep Halder

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    Added an answer on June 30, 2020 at 6:46 pm

    ans- defination Tacheometric is a branch of surveying in which horizontal and vertical distances are determined by taking angular observation with an instrument known as a tachometer. Tacheometric surveying is adopted in rough in rough and difficult terrain where direct levelling and chaining are eiRead more

    ans- defination

    Tacheometric is a branch of surveying in which horizontal and vertical distances are
    determined by taking angular observation with an instrument known as a tachometer.
    Tacheometric surveying is adopted in rough in rough and difficult terrain where direct levelling
    and chaining are either not possible or very tedious.
    Tacheometric survey also can be used for Railways, Roadways, and reservoirs etc.
    Tacheometric surveying is very rapid, and a reasonable contour map can be prepared for
    investigation works within a short time on the basis of such survey.
    An ordinary transits theodolite fitted with a stadia diaphragm is generally used for tacheometric
    surveying.

    Uses of Tachometry in civil engineering
    Tachometry is used for preparation of topographic map where both horizontal and vertical
    distances are required to be measured; survey work in difficult terrain where direct methods of
    measurements are inconvenient; reconnaissance survey for highways and railways etc.;
    Establishment of secondary control points.

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Asked: July 15, 2020In: Geotechnical Engineering

What is Creep in Soil Mechanics?

vivek gami
vivek gami

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What is Creep in Soil Mechanics? Why it is important?

  1. Kuldeep Singh

    Kuldeep Singh

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    Added an answer on July 15, 2020 at 11:35 pm

    Creep in soil is pretty much similar in concept to creep in general. Only the manifestation and consequences are different in different materials and can be very peculiar in soil. Creep in soil is the time dependant development of shear strains and/or volumetric strains in a soil mass in the  stateRead more

    Creep in soil is pretty much similar in concept to creep in general. Only the manifestation and consequences are different in different materials and can be very peculiar in soil.

    Creep in soil is the time dependant development of shear strains and/or volumetric strains in a soil mass in the  state of a constant effective stress for a prolonged period of time.

    It is also sometimes referred to as the gradual loss of cohesion over a prolonged period of time in soil.

    Unlike concrete, where creep results in deflection and cracking, creep in soil  to may lead to long term settlement, movements of slopes, gradual loss of soil from slopes or shear failure.

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Asked: July 13, 2020In: Geotechnical Engineering

What is different between Prandtal mixing length and Boundarylayer ?

vivek gami
vivek gami

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What is different between Prandtal mixing length and Boundarylayer ?

  1. Vivek Patel

    Vivek Patel

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    Added an answer on July 31, 2020 at 3:20 pm

    Prandtl mixing line theory is the phenomenon of momentum remaining constant in fluid flow where the boundary layer is a theory of variations of velocity perpendicular to the floor and velocity value change from 0 to infinite. Prandtl mixing theory is used for the study of momentum in fluid flow. BouRead more

    Prandtl mixing line theory is the phenomenon of momentum remaining constant in fluid flow where the boundary layer is a theory of variations of velocity perpendicular to the floor and velocity value change from 0 to infinite.

    Prandtl mixing theory is used for the study of momentum in fluid flow.

    Boundary layer theory is used for the study of velocity distributions in fluid flow.

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