219 MN load due to the superstructure will act on the a raft foundation with 29...

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219 MN load due to the superstructure will act on the a raft foundation with 29 mx 44 m dimensions. The raft foundation is planned to be constructed with a basement in order to provide bearing capacity and settlement conditions. It is known that if the net stress that will affect the soil is 59 kPa, the settlements will remain within the allowed limit. Calculate the embedment depth according to the safety number 3 required according to the bearing capacity (y_n: 16 kN/m^3, qu, average: 49 kPa). (WRITE THE RESULTS 2 DIGIT AFTER COMMA). (^ Superscript and_ subscript) Answers; Undrained Shear Strength: c_u = Embedment Depth: D_f= (kPa) (m) 219 MN load due to the superstructure will act on the a raft foundation with 29 mx 44 m dimensions. The raft foundation is planned to be constructed with a basement in order to provide bearing capacity and settlement conditions. It is known that if the net stress that will affect the soil is 59 kPa, the settlements will remain within the allowed limit. Calculate the embedment depth according to the safety number 3 required according to the bearing capacity (y_n: 16 kN/m^3, qu, average: 49 kPa). (WRITE THE RESULTS 2 DIGIT AFTER COMMA). (^ Superscript and_ subscript) Answers; Undrained Shear Strength: c_u = Embedment Depth: D_f= (kPa) (m)

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To calculate the embedment depth Df required for the raft foundation with a safety factor of 3 based ... View the full answer