What does SS mean in ACADEMIC & SCIENCE

A suspension structure is a type of bridge or other structure that is attached to two support points at each end, with the main body suspended between them using cables or rods. This type of structure can be used for a variety of purposes, such as spanning rivers or providing pedestrian pathways.

Suspension structures are held up primarily by tension forces which arise from the tightness of the structural components — typically cables and rods. Additionally, these structures may also be supported by compression forces arising from the weight of the bridge itself as well as any additional loads placed on it (such as wind resistance).

Suspension structures can be made from a variety of materials depending on their purpose and environment they will endure. Commonly used materials include steel alloys, reinforced concrete, timber and composites such as fiberglass-reinforced plastic (FRP). The most commonly used material in most cases is steel due to its strength and durability.

Examples of suspension structures include iconic bridges such as San Francisco's Golden Gate Bridge or London's Tower Bridge; smaller pedestrian bridges such as those found in parks or along walking trails; large span roof systems such as sports stadiums; cable stayed bridges which use both tension forces and supporting columns; and even weighbridges used for measuring vehicles' weight before crossing a bridge or entering an area.

Yes! Different types of suspension structure are designed based on the specific requirements they will need to meet — longer spans require more cabling while shorter spans may require more beams or columns for additional support. Additionally, different types may also have different load distributions across their various components — some may utilize more tension than others while relying less on compression forces. Ultimately these differences depend upon individual projects and their requirements.