压气机流动稳定性自适应控制是未来智能航空发动机的一项关键技术. 基础研究需要回答3
个关切: 如何描述系统的稳定性? 如何改变系统的稳定性? 如何监测系统的稳定性? 为此 …

A kind of foam metal casing treatment (FMCT) is proposed and experimentally tested on a
low-speed axial flow compressor in this work. Foam metal is a foam-like substance with a …

Stationary flow control vanes positioned to encounter and redirect recirculating airflow
provide a surprising combination of efficiency, low noise, and manufacturability for …

Adaptive control of compressor flow stability is a key technology of intelligent aeroengine in
the future. Basic research needs to answer three concerns. How to describe the system …

This paper proposes a novel casing treatment, designated a stall precursor-suppressed
casing treatment. It is designed to suppress stall precursors to realize stall margin …

An experimental investigation to examine the influence of the vaned recess casing treatment
on stall margin, operating efficiency and the flow field of a low speed axial flow fan with …

A three-dimensional compressible flow stability model is presented in this paper, which
focuses on stall inception of multi-stage axial flow compressors with a finite large radius …

This paper studies the effect of inlet angle of guide vane in the recess vaned casing
treatment (RVCT). The smooth casing fan and the casing treated fans with different vane …

A kind of casing treatment, named as stall precursor-suppressed (SPS), has been
developed recently, which was proved to be able to effectively improve stall margin (SM) …

An improved construction of air-separator device, which has radial-vanes embedded within
its inlet circumferential opening with their leading-edges facing the moving tips of the fan …