Special Session Ⅷ

Aircraft Design Optimization for Green Aviation   (Submission Deadline: Oct. 15, 2025)

(绿色航空驱动的飞行器设计优化)


Chair: 

Co-chair: 

Yaolong Liu

Mingkai Wang

Zhejiang University, China

Hangzhou International Innovation Institute of Beihang University, China


Keywords:

Topics:

  • Distributed Electric Propulsion

    (分布式电推进)

  • Hydrogen-powered Aircraft

    (氢能飞行器)

  • Hybrid-electric Propulsion

    (混合电推进)

  • Green Aviation

    (绿色航空)

  • Overall Aircraft Design

    (飞行器总体设计)

  • New Concepts or Configuration Designs for Distributed Electric Propulsion UAVs or

    Manned Aircraft

    (分布式电推进无人机或有人机新概念、新布局设计)

  • New Concepts or Configuration Designs for Hydrogen-powered UAVs or Manned Aircraft

    (氢能无人机或有人机新概念、新布局设计)

  • Modeling, Simulation, and Optimization of Hybrid Electric Propulsion Components or

    Systems for Aviation

    (航空混合电推进部件或系统建模、仿真与优化)

  • Novel-Configuration Aircraft and Technology Integration for Green Aviation Applications

    (面向绿色航空的新构型飞行器、新技术集成、新运行方式)

  • Recent Advances in Overall Aircraft Design Methodologies and Case Studies for UAVs

    or Manned Aircraft

    (无人机或有人机的总体设计新进展、新方法或者案例)


Summary:

This special session addresses five cutting-edge research areas: 1. New Concepts or Configuration Designs for Distributed Electric Propulsion UAVs or Manned Aircraft; 2. New Concepts or Configuration Designs for Hydrogen-powered UAVs or Manned Aircraft; 3. Modeling, Simulation, and Optimization of Hybrid Electric Propulsion Components or Systems for Aviation; 4. Novel-Configuration Aircraft and Technology Integration for Green Aviation Applications; 5. Recent Advances in Overall Aircraft Design Methodologies and Case Studies for UAVs or Manned Aircraft.


本专题聚焦绿色航空驱动的飞行器设计优化技术和方法，包含五个前沿方向：1.分布式电推进无人机或有人机新概念、新布局设计；2.氢能无人机或有人机新概念、新布局设计；3.航空混合电推进部件或系统建模、仿真与优化；4.面向绿色航空的新构型飞行器、新技术集成、新运行方式；5.无人机或有人机的总体设计新进展、新方法或者案例。