SELECTED PUBLICATIONS
Papers, books, patents, and software copyrights listed in the team's published materials.
01 / FEATURED OUTPUTS
Transportation Research Part D: Transport and Environment
A time-space coupled model produces energy-efficient driving curves under safety and power constraints.
Open publication ↗
IET Intelligent Transport Systems
Train dynamics, long-stator traction characteristics, and operation control are combined to improve efficiency and executability.
Open publication ↗
IET Intelligent Transport Systems
A bilevel model coordinates departures, section running times, and demand while considering propulsion and levitation energy.
Open publication ↗
Transportation Research Part E: Logistics and Transportation Review
Propulsion and levitation energy, auxiliary stopping, and operating constraints are combined in safe, time-feasible speed profiles.
Open publication ↗
China Railway Publishing House · ISBN 978-7-113-31865-9
A systematic account of models, algorithms, and applications for speed profiles, operation control, traction power, and multi-train organization.
02 / RESEARCH THEMES
Line constraints, auxiliary stopping areas, speed profiles, operating regimes, propulsion and levitation energy, and eco-driving.
Train control, traction power, speed commands, power limits, and power-supply zone coordination.
Transport demand, timetables, blocking time, section occupation, minimum headway, and line capacity.
03 / ALL OUTPUTS
01 / PAPERS
Transportation Systems and Technology
Auxiliary stopping-area planning
An optimization model supports stopping-area location, scale, and safe train operation design.
Journal of Jilin University (Engineering and Technology Edition)
Variable-step dynamic programming
Variable-step dynamic programming balances calculation accuracy and efficiency for energy-efficient speed profiles.
Journal of Central South University (Science and Technology)
Auxiliary stopping-area constraints
Auxiliary stopping conditions enter multi-objective optimization for safe, punctual, and energy-efficient operation.
Transportation Research Part E: Logistics and Transportation Review
Energy-efficient speed profiles
Propulsion and levitation energy, auxiliary stopping, and operating constraints are combined in safe, time-feasible speed profiles.
Transportation Research Record
Power and train-control coordination
Train dynamics, traction power, and operation control are integrated for energy-efficient speed optimization.
Railway Economics Research
Medium-speed maglev applications
Metropolitan structure, demand, and techno-economic conditions identify suitable application and planning conditions.
IET Intelligent Transport Systems
Timetables with propulsion and levitation energy
A bilevel model coordinates departures, section running times, and demand while considering propulsion and levitation energy.
IET Intelligent Transport Systems
Integrated traction and train control
Train dynamics, long-stator traction characteristics, and operation control are combined to improve efficiency and executability.
Journal of Computational Methods in Sciences and Engineering
Maglev train headway
Blocking time theory models control-section occupation and release to support safe headway and line-capacity assessment.
Transportation Research Part D: Transport and Environment
Position-dependent motors and eco-driving
A time-space coupled model produces energy-efficient driving curves under safety and power constraints.
02 / BOOKS
China Railway Publishing House · ISBN 978-7-113-31865-9
Maglev operation optimization
A systematic account of models, algorithms, and applications for speed profiles, operation control, traction power, and multi-train organization.
03 / PATENTS
Patent[1]
2021
ZL 2018 1 1502593.6
Power-zone optimization
Optimization of traction-power zone configuration for medium-speed maglev line capacity.
Patent[2]
2021
ZL 2019 1 0522227.5
Energy-efficient timetabling
A genetic-algorithm method for energy-efficient medium-speed maglev timetables.
04 / SOFTWARE
Software[1]
2020
Registration No. 2020SR0826082
Transport organization prototype
A prototype system for validating medium-speed maglev transport organization plans.