Modeling the Reliability of Atomium Bridge

This paper presents a new approach to evaluate the reliability of Atomium Bridge. A shortest path passing through all nodes are utilized in this study (i.e. path with cycles from the entry to all other nodes and return to the entry node to exit). Developed algorithms are used to estimate the reliability based on some probabilities and minimal cuts. A developed directed graph is suggested to represent this bridge topology. The visitors flow directions are followed and used as a key point in estimating the reliability of this bridge. The Atomium bridge construction contains 20 tubes connecting nine spheres. Several challenges are encountered in this type of network. Due to the nature of the tower, which contains several corridors of different directions, where most of the networks that have been handled are indirect edges and have two terminal, in this problem have a system of on terminal that's mean the source is the same sink, to deal with this problem is NP-Hard., we'll also explain that.