Railway Systems and Energy Efficiency
Description: This cluster of papers focuses on the optimization of railway scheduling and operations, including train scheduling, railway timetabling, energy efficiency, traffic management, rescheduling algorithms, urban rail systems, regenerative braking, optimal control, passenger demand-oriented planning, and sustainable transportation.
Characteristic keywords: railway operations, train scheduling, railway electrification, electric traction, railway timetables, train delays, train dispatching, railway capacity, traction power supply, train operation, train energy consumption, train control, railway traffic management, railway traffic control, automatic train operation, train rescheduling, traction substations, railway energy efficiency, delay propagation, railway power supply, train punctuality, train routing, regenerative braking energy, timetable optimization, electric trains
Sibling topics: Scheduling and Optimization Algorithms, Vehicle Routing Optimization Methods, Digital Transformation in Industry, Manufacturing Process and Optimization, Maritime Ports and Logistics, Flexible and Reconfigurable Manufacturing Systems, Advanced Manufacturing and Logistics Optimization, Industrial Vision Systems and Defect Detection, Optimization and Packing Problems, Sustainable Industrial Ecology, Assembly Line Balancing Optimization, Transport and Logistics Innovations, Applied Advanced Technologies, Engineering Technology and Methodologies, Robotic Process Automation Applications, Diverse Industrial Engineering Technologies
Parent subfield: Industrial and Manufacturing Engineering
Field: Engineering
Domain: Physical Sciences
OpenAlex ID: T11568