General Information
Figure 1 shows a suspended bridge.
![Suspended bridge over a creek](bridges/suspended-bridges/bridge-1/1-suspended-bridge.jpg)
Tower-to-tower distance | ≅ 35 m |
Width | ≅ 1.5 m |
Tower | Timber and reinforced concrete |
Cross-beam | Timber |
Number of walkway cables | 3 |
Intermediate Supports
Figure 2 shows a side view of the bridge.
![Suspended bridge with intermediate supports](bridges/suspended-bridges/bridge-1/2-suspended-bridge.jpg)
There are two intermediate supports (A and B). Figure 3 shows a bottom view of intermediate support B.
![Intermediate supports of a suspended bridge](bridges/suspended-bridges/bridge-1/3-intermediate-support.jpg)
The intermediate support consists of two reinforced concrete columns and a transverse beam made of timber, which is connected to the columns by bolts and nuts. The walkway cables are marked by the numbers. Figure 4 shows the bridge without intermediate supports.
![Suspended bridge over a creek](bridges/suspended-bridges/bridge-1/4-suspended-bridge.jpg)
Inclined Hangers
Figure 5 shows a bridge sector.
![Inclined hangers of a suspended bridge](bridges/suspended-bridges/bridge-1/5-inclined-hangers.jpg)
The inclined hangers are looped around the handrail as well as the barrier and walkway cables. Hanger slackness is noticeable. Figure 6 shows a bottom view of the bridge.
![Inclined hangers connection of a suspended bridge](bridges/suspended-bridges/bridge-1/6-inclined-hanger-connection.jpg)
When are inclined hangers in suspended bridges feasible?