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I take the vision which comes from dreams and apply the magic of science and mathematics, adding the heritage of my profession and my knowledge of nature's materials to create a design. In this article, we are going discuss the step by step guide to Column Footing Design for a shallow foundation. Footing comprises of the lower end of a column, pillar or wall which i enlarged with projecting courses so as to distribute load. Footings shall be designed to sustain the applied loads, moments and forces and the induced reactions and to ensure that any settlement which may occur shall be as uniform as possible and the safe bearing capacity of soil is not exceeded.
In sloped or stepped footings, the effective cross-section in compression shall be limited by the area above the neutral plane, and the angle of slope or depth and location of steps should be such that the design requirements are satisfied at every section. This entry was posted by BenzuJK on June 15, 2010, 12:01 am and is filed under Building Construction. If somebody don’t tie the column reinforcement to the mesh below then what will be the possible type of failures. There is no failure but the eccentricity of the column reinforcement might be disturbed, thats why its important to tie the reinforcement after alligning to the center line.


When the eccentricity of the column reinforcement gets disturbed, it leads to structural cracks which results into structural failure. If u do not tie your column to the bottom mesh… then there will be joint failure (probably cracks in diagonal direction will arise that is shear failure) between column and the other member.
I have 4 story building the foundation slab for each column is 1m2 and deepness is 70cm2 and beams connected in foundation each column 40x40cm with 6 each of 14mm rebar . Its good to find the whole design part in this if we hve images of various kinds of footing it wl be useful. Grouting at the column base plate helps in strengthening and stiffening of the column base. I am designing a G+1 Residential building that rests on a rock and the maximum column load I have got is 200KN. The reason is that there are heavy chances that the brick wall might slip which would lead to the collapse of the structure. I would like to know the follwing for the calculation bearing pressure below a footing, to know whether the pressure is below the safe bearing pressure of soil.
There are no other type of reinforcement bars in footings apart from main and distribution bars.
I am designing 3 storeyed building using staad pro, and sap software, I have probelem in defining load combinations. Packaging should be the same as what is found in a retail store, unless the item is handmade or was packaged by the manufacturer in non-retail packaging, such as an unprinted box or plastic bag.
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As we discussed in the earlier article, design of foundation depends on the type of soil, type of structure and its load. It depends on the total load on a particular foundation as well as the Safe Bearing Capacity of the soil.


My 2 story building (1300+1200 sqft) foundation design consists a mesh of with 8mm rods and column steel frame of 12mm.
Firstly, you will have to study the kind of machinery that will be used in the Generator Building.
It would be safer and cheaper to build according to a perfect design of an experienced professional. They are currently sitting on 2×8 wood on an existing 1-2 inch old concrete slab floor. If you reside in an EU member state besides UK, import VAT on this purchase is not recoverable.
We have to be very cautious with the design of foundations because our entire structure rests on the foundation. On top of that, you would place a mesh of steel consisting of 8 rods each of 10mm diameter on both sides. Once you know the average weight of the machines and the number of machines that your design supports you can then move on with the load calculations. I’m using 6000 psi concrete mix, what size footing width x length x thickness should they be, and configuration of rebar? The load on every column is different depending on which we calculate the total quantity of steel required. More than the live load of the workers or technicians, consideration of the dead load of the machinery plays a vital in the design of Generator Building.
So, for a single storey building whose load does not exceed 300 kN, and the soil strata is hard, the above given design should be sufficient. Instead we can have 15 cm concrete belt with some additional rods running through out the plinth.



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