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shivamagl
- 2
- 0
if there is a torque on a channel section twisting it axially what stresses do u expect to be on the side face ??
Stress on channel section refers to the internal force or pressure that is exerted on a channel section, such as a beam or structural member, as a result of external loads or forces acting on it.
The stress on channel section can be calculated using the formula: stress = force/area. This involves determining the external forces acting on the channel section and dividing it by the cross-sectional area of the section.
The main factors that can contribute to increased stress on channel section include the type and magnitude of external loads, the material properties of the section, and the geometry and shape of the section.
Excessive stress on channel section can lead to structural failure, as it can cause the section to deform or fracture. It is important to design structures with appropriate stress levels to ensure their safety and stability.
Stress on channel section can be reduced by using stronger and more durable materials, increasing the cross-sectional area of the section, and redistributing external loads through proper structural design. Regular maintenance and inspections can also help identify and address any potential stress issues.