## 1 Introduction and Literature Review
This research, however, does not take into consideration bridge transit modes. Research of the multi-route planning problem of multimodal transportation was done by [PERSON] et al. [43]. In their paper, the reconstruction of lines and nodes was considered while the influencing factors and reconstruction approaches were studied. The authors proposed a route planning model and KSP algorithm, which was improved to enhance the results-finding performance. To validate the proposed algorithms, several testing networks and an empirical example based on a real scenario of oversized and heavyweight transport were calculated and analysed. The results demonstrate that the usage of reconstruction measurements can optimize the transport schemes and the proposed algorithm is capable of developing multiple transportation schemes to provide support for decision-making and risk prevention and control for the carrier. The authors are also considering the critical parameters of bridges in their algorithms, but from this paper it is not clear how to analyse and assess them. The project approach to logistics, mainly in oversized cargo transport, was analysed by [PERSON] et al. in [44]. The authors identified key factors that need to be taken under consideration when planning oversized cargo transport services, such as specific characteristics, conditions, technology, etc. The proposed method uses the fuzzy set theory. The authors showed an analogy between the management of orders for oversized cargo transport services and project management. They also proposed a project approach for oversized cargo transport. Their project approach takes into consideration bridges, but no concrete approach is presented. The authors in [45] analysed the routing stage for an oversized vehicle while having a focus from a traffic safety viewpoint. They were able to define the main factors that were determining the route for oversized vehicles: vehicle parameters, maximum single axle weight, gross vehicle weight, and atmospheric conditions. They were also emphasizing that the private carriers should have access to infrastructure data collected by the road manager. This should reduce accidents and the risk of choosing the wrong way. It is also important to build appropriate information communications technology (ICT) systems, which synergize the data of private carriers and the information collected by road administrators. Data from the road signs of road managers are not sufficient to determine bridge transit modes. [PERSON] et al. summarized in their research [46] the key elements for the safety of overweight/oversized cargo transport. They introduced several means to optimize the transportation process, such as the selection of trailer, truck, and platform lorry, design of lashing programs, simulation of transport, etc. They also created a framework design for overweight/oversized cargo transport, mainly in terms of transport operation. [PERSON] et al. studied the load-bearing capacity of existing bridges in their research [47]. They developed a comprehensive procedure to determine the reliability and load-bearing capacity level of the existing bridges on highways and roads. This was possible by using advanced methods of reliability analysis based on Monte Carlo-type simulation techniques in combination with a nonlinear finite element method analysis. The authors proved that probabilistic methods in combination with nonlinear FEM analysis represent an effective and practical tool in cases for the evaluation of load-bearing capacity and reliability of existing structures. However, their model is more suitable for the static assessment of bridges and depends on large amounts of data, which are not available for global assessment. [PERSON] et al. [48] analysed the impact of overweight vehicles in Brazil. They were able to evaluate the effect on costs due to transportation, pavement maintenance, and road accidents using the System Dynamics method. In their study, the transport of ornamental stones was analysed.