Load Bearing Structure | Framed Structure |
Load bearing structure is rarely used for construction purposes. | Framed structure is generally used for construction purposes. |
It is a cumbersome process. | It is a simple process. |
The thickness of the wall increases in height. | The thickness of the wall remains as it is with the increase in height. |
There is no boundation to construct a wall at a stretch. | There is no boundation on the length of the wall. |
There is no flexibility in designing and planning. | The position of the walls can be changed so designs and plans can be changed accordingly. |
It can be constructed on a hard layer of soil. | It can be constructed on any type of soil. |
It has lower earthquake power resistance. | It has good resistance to handling earthquakes. |
More materials are needed for construction. | Fewer materials are needed for construction. |
It has more excavations. | It has less excavation. |
Less cement and steel are required. | More cement and steel are required. |
Many labours are required for load-bearing construction. | Fewer labours are required for framed structure construction. |
Life is not affected much due to the technique of work. | Life span is reduced if not done properly. |
It is effective for 2 storey building economically. | It is effective for multi-storey buildings economically. |
The load is transferred to the soil from the wall-bearing structure. | Beams and columns transfer the loads through the footing to the soil. |
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Load Bearing Structure | Framed structure |
A load-bearing wall should be at least 200 mm thick. | Typically, outside walls exposed to weathering factors are 200 mm thick. All other walls may be as thin as 100 millimetres. |
Bricks or stones are typically used to build walls. This is one of the main factors about the difference between load bearing and framed structure. | The whole supporting slab for the column and beam is made of R.C. |
In a multi-story building, there must be a corresponding wall that continues on the floor below for every wall on the floor above to sustain it. | Such a necessity doesn't exist. thus none of the walls supports any weight. A wall independent of the floor below may exist on every floor. This tells you about the load bearing structure and framed structure difference. |
The thickness of a wall in a multi-story building increases as we go from one floor to the next. | These walls don't support any weight and don't need to be any thicker. They might not even proceed to the lower floor. |
A load-bearing wall should never be completely or partially removed after it has been built. | The walls of framed constructions can be moved as desired because they are lightweight and not load-bearing. |
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S.N | RCC Framed Structure | Load Bearing Structure |
Uses | It is a mostly used form of construction. | It is a rarely used form of construction. |
Construction | It is Simple to Construct. | It is cumbersome to construct. |
Wall construction | Walls are built when the frame is complete | There is no Columns and beams |
Thickness of the wall | Thickness of the wall remains the same with an increase in height | Thickness of the wall increase with the increase in height. |
Length of wall | The wall's length isn't restricted in any way | There is a limitation to constructing long walls at a stretch |
Flexibility in planning & design | Wall positions can be adjusted as needed. more adaptability in planning and design | Not possible to alter the position of walls after the construction No flexibility in panning & design |
Soil condition | It can be constructed on any type of soil | It can be constructed on hard strata |
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Aspect | Load-Bearing Structure | Framed Structure |
Load Distribution | Walls bear the load vertically and laterally | Load distributed through columns and beams |
Flexibility | Limited spatial flexibility | More open and adaptable spaces |
Construction Materials | Often brick or stone | Steel or concrete columns and beams |
Design Possibilities | Traditional and defined | Modern, with diverse architectural styles |
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Difference Between Load Bearing Structure and Framed Structure
Satish
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August 3, 2022
2022-08-03T01:43:21+00:00 2023-11-09T17:52:25+00:00Comment
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Home Renovation
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