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Difference Between Flexural and Shear Failure in Beams
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Understanding the difference between flexural failure and shear failure is crucial in structural engineering. This animation highlights how these failures occur and why flexural failure is preferred over shear failure.
✅ Flexural Failure (Ductile)
Occurs due to bending stresses.
Cracks appear vertically in the tensile zone of the beam.
Provides warning before failure, allowing for timely repairs.
❌ Shear Failure (Brittle)
Happens due to high shear forces near supports.
Cracks form at 45° angles, leading to sudden collapse.
Dangerous as it provides little to no warning before failure.
💡 Engineering Tip: Proper stirrup reinforcement is essential to prevent shear failure and ensure ductile behavior of the beam.
#StructuralEngineering #BeamFailure #FlexuralFailure #ShearFailure #CivilEngineering #ConstructionSafety #RCCBeam #ReinforcedConcrete #BuildingDesign #shorts
✅ Flexural Failure (Ductile)
Occurs due to bending stresses.
Cracks appear vertically in the tensile zone of the beam.
Provides warning before failure, allowing for timely repairs.
❌ Shear Failure (Brittle)
Happens due to high shear forces near supports.
Cracks form at 45° angles, leading to sudden collapse.
Dangerous as it provides little to no warning before failure.
💡 Engineering Tip: Proper stirrup reinforcement is essential to prevent shear failure and ensure ductile behavior of the beam.
#StructuralEngineering #BeamFailure #FlexuralFailure #ShearFailure #CivilEngineering #ConstructionSafety #RCCBeam #ReinforcedConcrete #BuildingDesign #shorts
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