support by the National Natural Science Foundation of China (No.52202474);China Postdoctoral Science Foundation (No.2023M731655);Major Projects of National Science and Technology,China (No.J2019-I-0020-0019);Advanced Aviation Power Innovation Workstation Project,China (No.HKCX2022-01-026-03);Basic Research Business Fees for Central Universities,China (No.NT2023004);Nanjing University of Aeronautics and Astronautics Forward-looking Layout Research Project,China (No.1002-ILA22037-1A22).
Traditional centralized Proportional Integral(PI)controller design methods based on Equivalent Transfer Functions(ETFs)have poor decoupling effect in turboprop engines.In this paper,a centralized PI design method base...
The modern aircraft Thermal Management System(TMS)faces significant challenges due to increasing thermal loads and limited heat dissipation pathways.To optimize TMS during the conceptual design stage,the development o...
supported by the National Natural Science Foundation of China (No.51176005)
A streamwise-body-force-model (SBFM) is developed and applied in the overall flow simulation for the distributed propulsion system, combining internal and external flow fields. In view of axial stage effects, fan or...
This paper investigates the problem of two-stage extended Kalman filter (TSEKF)-based fault estimation for reaction flywheels in satellite attitude control systems (ACSs). Firstly, based on the separate-bias princ...
support from Aeronautical Science Foundation of China(No.2011ZC09006)
Abstract This paper conducts a simulation study of a novel aircraft environmental control system based on membrane dehumidification (MD-ECS), and compares the system with the up-to-date four-wheel high pressure de-w...