The aeroelastic prediction of blade forcing is still a very important topic in turbomachinery
design. Usually, the wake from an upstream airfoil and the potential field from a downstream …

The main objective of this study is the validation of numerical forced response predictions
through experimental blade vibration measurements for higher order modes of a blade …

The important role of a dynamic model is to study the response characteristics of a system
under different parameters or fault states. These response characteristics can be used in …

In this paper, a novel active yaw stabilizer (AYS) system is proposed for improving vehicle
lateral stability control. The introduced AYS, inspired by the recent in-wheel motor (IWM) …

This paper focuses on the rotor forced response behavior in a 3.5-stage compressor rig. The
aim is to provide an accurate prediction of forced response with the less computational effort …

This paper aims at contributing to a better understanding of the effect of Tyler–Sofrin Modes
(TSMs) on forced vibration responses by analysing a 4.5-stage research axial compressor …

Forced response is one of the aeroelastic problems which lead to the blade damage. The
energy method based on the hypothesis of a conventional travelling wave model and direct …

View Video Presentation: https://doi. org/10.2514/6.2021-0265. vid This paper provides a
summary of an embedded rotor mistuned forced response investigation. Forced response …

View Video Presentation: https://doi. org/10.2514/6.2021-1224. vid This paper describes the
aeromechanical aspects of forced response analysis on a 3.5 stage axial compressor …

The forced response behavior of a rotor in a 3.5-stage compressor rig is studied in this
paper. Previous study indicates that the unsteady wave reflection level can highly influence …