The research strength of the School is among the several best schools of NPU. Its main fields include: Aeroengine Structure and Intensity, Aeroengine Theory, Aeroengine Compressor, Mini-turbojet, New Conception Engine and Combustion, Thermal Engineering Information Processing, Aeroengine Fault Diagnosis, Heat Energy and Thermal Transmission, Environmental Engineering, Dynamic Control, and Industry Process Autoimmunization.
The scientific research of the School has developed rapidly during the Ninth and Tenth Five-year Plan. During this period, the School has undertaken more than 470 national projects. In recent years, 51 research productions have been granted the awards for scientific and technological progress, and more than 890 papers have been published in core periodicals at home and aboard. Most of those researches have gained international prominence.
The School has achieved great accomplishments on the following ten fields:
High performance compressor Design
Aerospace Propulsion Device Heat Transfer and Cooling Technology
Multi-Functional Rotating Test Rig
Pulse Detonation Engine Research
Condition Monitoring and Fault Diagnosis System for Rotating Machinery
Digital Control Technology of Aeroengine
The Investigation of Scramjet
Thermal Engineering Information Processing
Research Section of Gas Turbine Engine Fatigue Life & Reliability
The Presentation of Microturbojet Engine |