The figure below shows a 0,7 m thick raft and the column loads acting on this raft. Calculate the maximum and minimum stresses under the raft (by specifying at which point or points they occur) taking into account the weight of the raft. Use unit weight of concrete as 24 kN/m³.

In the figure:
a = 3 m b = 7 m c = 1 m d = 4 m
V₁ = 1209 kN V₂ = 731 kN V₃ = 2078 kN V₄ =1486 kN

Question

The figure below shows a 0,7 m thick raft and the column loads acting on this raft. Calculate the maximum and minimum stresses under the raft (by specifying at which point or points they occur) taking into account the weight of the raft. Use unit weight of concrete as 24 kN/m³.

In the figure:

a = 3 m b = 7 m c = 1 m d = 4 m

V₁ = 1209 kN V₂ = 731 kN V₃ = 2078 kN V₄ =1486 kN

student submitted image, transcription available below

The figure below shows a

0, 7 m

thick raft and the column loads acting on this raft. Calculate the maximum and minimum stresses under the raft (by specifying at which point or points they occur) taking into account the weight of the raft. Use unit weight of concrete as

24 kN / m^{3}

. In the figure:

a = 3 m b = 7 m c = 1 m d = 4 m V_{1} = 1209 kN V_{2} = 731 kN V_{3} = 2078 kN V_{4} = 1486 kN

q = \frac{? V}{Alan} \pm \frac{M _{xx}}{I _{xx}} y \pm \frac{M _{yy}}{I _{yy}} x

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