Mission and Driving Profile-Based
Motor Design and Validation
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CURRENT RESEARCH 02
Research overview
Mission profiles for urban air mobility vehicles and driving profiles for electric vehicles are translated into speed, torque, power, and thermal requirements for electric motor design.
The research combines vehicle dynamics, electric motor analysis, and system-level validation to develop propulsion motors that satisfy performance, efficiency, and reliability requirements under application-specific operating conditions.
Key research topics
UAM Mission and EV Driving Profile Analysis
UAM Mission and EV Driving Profile Analysis
Analyze UAM mission profiles and electric vehicle driving cycles to derive representative motor operating conditions and load requirements.
Profile-Based Electric Motor Design
Profile-Based Electric Motor Design
Design and optimize electric motors based on application-specific operating profiles while considering eletromagnetic, thermal, and mechanical performance.
Integrated Propulsion and Vehicle System Validation
Integrated Propulsion and Vehicle System Validation
Integrate electric motor models with UAM and electric vehicle dynamics to evaluate and validate propulsion-system performance under representative operating conditions.
Related Publications
[21] Gi-haeng Lee, Yong-Min You, "Efficiency Optimization of the Main Operating Points of an EV Traction Motor", Applied Sciences, Vol. 15, No. 1, pp. 368, January. 2025.
[25] Yun-jin Yang, Dae-Han Kim and Yong-Min You, "Demagnetization Analysis of Interior Permanent Magnet Synchronous Motors Under Realistic Vehicle Driving Conditions", IEEE Access, Vol. 14, pp. 6501-6513, January 2026.
[26] Se-Eun Kim, Yong-Min You, "Wound-Rotor Synchronous Motor with Toroidal Windings for UAV Propulsion Systems", Actuators, Vol. 15, No. 2, 82, February 2026.
[27] Dae-Han Kim, Yong-Min You, "A Hybrid Flux PMSM With an Integrated Inner Radial Rotor for High-Power-Density Construction Machinery Applications", IEEE Access, Vol. 14, pp. 79628-79639, May 2026.
[28] Jeong-Yoon Park, Se-Eun Kim, Yong-Min You, "Drive-Cycle-Based System-Level Optimization of an IPMSM Traction Motor Considering Vibration-Induced Loss and Fuel Economy", IEEE Access, vol. 14, pp. 113982-113998, July 2026.
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