China-Europe Container Multimodal Transport Path Selection Based on Multi-objective Optimization
Journal Title: Mechatronics and Intelligent Transportation Systems - Year 2023, Vol 2, Issue 2
Abstract
With the advancement of the "Belt and Road" initiative, trade between China and Europe has been steadily growing, and China-Europe container transportation has received increasing attention. This study analyzes the influencing factors of China-Europe container transport path selection and, based on the physical network of China-Europe container transport, constructs virtual nodes according to the transport modes that can be transited at different nodes and their own transshipment operations. By reflecting cost, time, and carbon emission factors in the virtual network, we construct a service network for China-Europe container multimodal transport, which in turn forms a multi-objective transport scheme selection model considering transportation cost, time, and carbon emissions. Subsequently, the economic and practical aspects of this transport path selection model are verified through five case studies of container transport from Dalian to Hamburg, Germany. Lastly, the sensitivity of factors, such as cost and time, to the China-Europe container multimodal transport path selection is assessed based on scenario analysis. This analysis offers valuable references for various decision-makers involved in the selection of the China-Europe container transport path.
Authors and Affiliations
Jingmiao Zhou, Hongxiu Wei, Yuzhe Zhao, Yiji Ma
Keywords
Related Articles
- EP ID EP732237
- DOI https://doi.org/10.56578/mits020203
- Views 56
- Downloads 0
A Robust Road Image Defogging Framework Integrating Pythagorean Fuzzy Aggregation, Gaussian Mixture Models, and Level-Set Segmentation
Foggy road conditions present substantial challenges to road monitoring and autonomous driving systems, as existing defogging techniques often fail to accurately recover structural details, manage dense fog, and mitigate...
Optimizing Vehicle Collision Safety: A Two-Mass Model with Dual Springs and Dampers for Accurate Crash Dynamics Prediction
A comprehensive analysis of vehicle collision dynamics is presented using a two-mass model that simulates the impact of a vehicle against a rigid barrier. The model incorporates dual springs and dampers to examine the in...
Stability Simulation and Analysis of Maglev Vehicle at Different Speed Based on UM
High-speed maglev train is an excellent mode of transportation to build a transportation network because of its high safety, low emission, low energy consumption, low noise and strong climbing ability. The safety, stabil...
Enhancing Urban Traffic Management through YOLOv5 and DeepSORT Algorithms within Digital Twin Frameworks
The acceleration of urbanization and the consequent increase in population have exacerbated urban road traffic issues, such as congestion, frequent accidents, and vehicle violations, posing significant challenges to urba...
Pavement Condition Assessment Using Pavement Condition Index and Multi-Criteria Decision-Making Model
Road maintenance is essential to the growth of the transportation infrastructure and, thereby, has a big impact on a nation's overall economic stability and prosperity. It is impossible to simultaneously monitor and main...