why not = 0?David Lewis said:
the slope is minimum in the middle of the beam, and 0 at the 2ends of beam, right?David Lewis said:
The gradient at roller and pin support is used to determine the change in elevation of a structure or object at a specific location. It helps engineers and architects design structures that can withstand the forces of gravity and ensure stability.
The gradient at roller and pin support is calculated by taking the change in elevation divided by the horizontal distance. This can be represented mathematically as: gradient = (change in elevation) / (horizontal distance).
A roller support allows for rotation of the structure or object, while a pin support does not. A roller support only restricts movement in the vertical direction, while a pin support restricts movement in both the vertical and horizontal directions.
Yes, a structure can have both roller and pin supports. This is known as a combination support and is often used to provide stability and prevent rotation in specific areas of a structure.
The gradient at roller and pin support plays a crucial role in the design of a structure as it helps determine the structural integrity and stability. Engineers use this information to determine the appropriate size and strength of materials needed to support the structure and ensure it can withstand the forces of gravity.
