No, it means there are no horizontal forces on the bridge elements. If the cables would have lengths not matching the bridge structure you would get this.OmegaKV said:Does that mean the cables are loose enough that there is no tension in the cables?
The vertical cables in a suspension bridge serve as the primary support system for the bridge deck. They help to distribute the weight of the deck and any vehicles or pedestrians crossing the bridge evenly across the main cables, which are anchored on either side of the bridge.
The vertical cables are typically attached to the bridge deck using a series of smaller cables or rods known as hangers. These hangers are connected to the main cables and the deck through a series of anchor points, providing additional support and stability to the bridge deck.
The vertical cables are made of strong, durable materials such as steel or high-strength synthetic fibers, and are designed to withstand the weight and stress of the bridge deck and any traffic crossing the bridge. The cables are also anchored securely to the ground on either side of the bridge, providing additional stability and support.
The number of vertical cables used in a suspension bridge can vary depending on the size and design of the bridge. However, most suspension bridges have anywhere from dozens to hundreds of vertical cables, with larger bridges requiring more cables to support the weight of the deck and traffic.
No, the vertical cables are just one part of the support system for a suspension bridge. In addition to the cables, suspension bridges also have anchorages on either side of the bridge, which are large structures that secure the main cables to the ground. The bridge deck and hangers also play a crucial role in the overall support and stability of the bridge.