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A raft of size 4 m-square carries a load of 200 kN/m2. Verify the vertical stress increment at a point 4 m below the centre of the loaded area using Boussinesq's theory. Compare the result with that obtained by the equivalent point load method and with that getting by dividing the area into four equal parts the load from each of which is assumed to act by its centre
State about the Prestressing Steel For prestressed concrete members, the high-tensile steel, used generally, consists of wires, bars or strands. The high tensile strength of s
Calculate the Poissons Ratio: In separate experiments, Young's Modulus and Rigidity Modulus of a material have been determined as 120 GPa and 50 GPa respectively. Calculate th
Q. Pulverized fly ash as cement replacement? Pulverized fly ash is a type of pozzolans. It is analuminous or siliceous material that possesses no binding ability by itself. Whe
What is fore bearing and back bearing?how it measure?
what is the eccentricity of ellipse
ADVANTAGE OF FLEMISH BOND
Can I apply for "online assignment help job" for civil engineering,physics & maths etc?
A masonry retaining wall is 1.5 m wide at the top, 3.5 m wide at the base and 6 m high. It is trapezoidal in section and has a vertical face on the earth side. The backfill is leve
Basic Keywords related to road materials: Sub-grade : The portion of road embankment immediately below the pavement. Soil Classifications : A sy
Properties of a couple
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