Beam depth or column size factor in loading

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SUMMARY

The relationship between beam depth and column size is crucial in structural engineering, particularly under uniform loading conditions. Increasing beam depth while keeping column size constant can enhance load-bearing capacity, but it is essential to consider the dead and live loads involved. Taller columns may buckle under excessive load, while shorter columns risk spalding. For longer spans with fewer columns, castellated beams can be an effective solution, though they introduce complexities in moment and shear capacities.

PREREQUISITES
  • Understanding of structural load types (dead load and live load)
  • Knowledge of beam and column mechanics
  • Familiarity with buckling and spalding phenomena in columns
  • Experience with castellated beam design and its implications
NEXT STEPS
  • Research beam depth optimization techniques in structural design
  • Study the effects of column height on load-bearing capacity
  • Explore castellated beam design principles and applications
  • Learn about structural analysis software for load calculations
USEFUL FOR

Civil engineers, structural designers, and architecture students interested in optimizing beam and column configurations for load-bearing structures.

rodsika
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I just want to know the relationship between beam depth and column size. I know there is a relationship. But in uniform loading, do they increase beam depth or column size? or rather.. would increasing beam depth and keeping column constant be able to handle more load? or should the beam depth be constant and the column size increased to handle more load given the storey or building height is constant?

I'm not building anything. Just want an idea. Thanks.
 
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It really depends on how much dead load needs to be supported, and what/how live loads would affect the structure. For example, if you were testing concrete columns with a fixed width/cross-section, taller columns will likely buckle, and shorter columns will likely develop spalding under too much load. Also, it depends on the self-weight of the beams being used. If you need longer spans with fewer columns, you might think about castellating the beams, but that has its advantages and drawbacks with changes in moment and shear capacities respectively.
 

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