Question

When a load is applied to a structure with rigid joints, then there is no rotation or displacement of joints?

Answer 1

Answer:

The angle between the linked parts of a structure with rigid joints won't alter even after the application of a load. It is possible for the joints to rotate and move.

Explanation:

• Even after the application of a load to a structure with rigid joints, the angle between the linked members will not change.
• Rotation and displacement of the joints may occur.

• In addition to bending moments, rigid joints (moment connections) are made to transmit axial and shear forces as well.

• Rigid connections are those created by welding the pipe barrels together, sealing sockets with non-deformable materials like run lead or cement mortar, or using similar methods to bolt together flanges that are integral to the pipe barrels.

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Answer 2

There is little to no rotation or displacement of the joints when a load is applied to a structure with rigid joints. The inability to move in any direction is a characteristic of rigid joints. This means that when a load is applied to the structure, they prevent any appreciable rotation or displacement from happening.

When stability and rigidity are crucial, such as in bridges, towers, and other load-bearing structures, rigid joint structures are frequently used in engineering. A structure that can maintain its shape and resist deformation even under significant loads lacks rotation or joint displacement.

Although rigid joints are intended to be rigid and immobile, it is crucial to remember that under extremely high loads, they may still deform slightly. This deformation may be brought on by plastic deformation, material yielding, or other elements that may weaken the structure.

In conclusion, there is very little rotation or joint displacement when a load is applied to a structure with rigid joints. This gives the structure stability and rigidity, making it suitable for uses where these characteristics are crucial.

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