Recent advances and challenges in the generation of reduced order aerodynamic models
using computational fluid dynamics are presented. The models reviewed are those that can …

This paper presents the Time Spectral Method, which is capable of significantly reducing the
CPU requirements for time periodic flows. Here the main focus is turbomachinery …

A coupled fluid-structure method is developed for flutter analysis of blade vibrations in
turbomachinery. The approach is based on the time domain solution of the fluid-structure …

This paper presents a methodology to estimate the vibration amplitude of fluttering low-
pressure turbine (LPT) blades saturated due to friction effects. The study utilizes an …

The effect of the operating conditions on the vibration amplitude trends of an isolated low-
pressure turbine rotor is described. The study utilizes an analytical model correlating the …

The purpose of this paper is the parametric study of the non-linear aero-elastic phenomena
of a bladed disk for aeronautical applications in the presence of friction contacts using a one …

A frequency-domain method has been developed to predict and comprehensively analyze
the limit-cycle flutter-induced vibrations in bladed disks and other structures with nonlinear …

This paper describes a fluid-structure interaction (FSI) numerical method in frequency
domain to improve the overall understanding of the mechanisms of compressor blade stall …

上游静子叶片的尾迹扰动是下游转子叶片发生强迫响应问题的主要原因, 但通常认为不会对颤振
特性产生影响. 运用CFD 技术求解非定常流场, 用能量法对典型涡轮风扇NASA Rotor 67 …

The effect of the operating conditions on the vibration amplitude trends of an isolated
lowpressure turbine rotor is described. The study utilizes an analytical model correlating the …