It is required to design and provide reinforcement details for an isolated footing for a column in a building. Following data are available: Data: • Safe bearing capacity of soil = 220 kN/m? at a depth of 1 m below ground level Column cross section: 400 mm x 400 mm Characteristic axial permanent action [Dead Load] on column: 1200 kN. Characteristic axial variable action [Imposed Load] on column: 720 kN Characteristic strength of concrete (fak)=30 N/mm2 Characteristic strength of steel reinforcement (fyk) =500N/mm2 Effective cover to reinforcement on all sides(d') = 50mm. (a) Determine the area and dimensions of the isolated footing required (b) Calculate the effective depth of footing required from punching shear and bending moment considerations. (c) Assess the area and spacing of steel reinforcement required in both directions and compare whether the steel areas provided are within the maximum and minimum steel area requirements. (d) Draw a plan and the longitudinal sectional elevation of the footing showing reinforcement details.

It is required to design and provide reinforcement details for an isolated footing for a column in a building. Following data are available: Data: • Safe bearing capacity of soil = 220 kN/m? at a depth of 1 m below ground level Column cross section: 400 mm x 400 mm Characteristic axial permanent action [Dead Load] on column: 1200 kN. Characteristic axial variable action [Imposed Load] on column: 720 kN Characteristic strength of concrete (fak)=30 N/mm2 Characteristic strength of steel reinforcement (fyk) =500N/mm2 Effective cover to reinforcement on all sides(d') = 50mm. (a) Determine the area and dimensions of the isolated footing required (b) Calculate the effective depth of footing required from punching shear and bending moment considerations. (c) Assess the area and spacing of steel reinforcement required in both directions and compare whether the steel areas provided are within the maximum and minimum steel area requirements. (d) Draw a plan and the longitudinal sectional elevation of the footing showing reinforcement details.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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A square column with side dimension of 40 mm rests on top of a timber footing. It is determined that the column carries an axial load of 621 kN. If the punching strength of concrete is 17.40 MPa, determine the minimum thickness (mm) of the footing.
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Problem 8.26 WD = 20 kN/m wj. = 36 kN/m 4 m concrete cover is 40 mm 6 #29 450 450 mm 70 mm 800 mm 730 mm For each of the problems, you must perform the following Recalculate the effective depth assuming concrete cover of 40 mm, and use only your calculated effective depth to answer the questions. Shear strength of concrete must be calculated using both the simplified and detailed methods of ACI318 Table 22.5.5.1. -Verity the spacing between main reinforcing bars satisfies AC1318 minimum spacing requirements. -Demonstrate the calculation of the shear forces needed to answer the questions including a fully labelled shear force diagram. The diagram must show the location within the span where 1) no shear force is required (if any), 2) minimum shear force is required (if any). Sketch (manual sketches OK) the beam and show the main reinforcement and distribution of shear reinforcement along the span, including distances where each spacing applies.
I need to solve this in concrete
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