Identifying the mistuning parameters and calibrating the finite element model (FEM) of the
mistuned blisk in real-time is a meaningful way to acquire the blisk's dynamic characteristics …

In this paper, efficient techniques are presented for analyzing the dynamics of mistuned
bladed disks with cracks. The analysis of the influence of cracks, coupled with the influence …

There has been an extensive amount of work developing reduced-order models (ROMs) for
bladed disks using single-sector models and a cyclic analysis. Several ROMs currently exist …

Nonsynchronous vibrations are a difficult problem to address for turbomachines due to the
complex nature of the forcing. Such vibrations can be caused by vortex shedding, flow …

An experimental facility for structural dynamics programs that uses an above-ground
containment tank specifically designed to house bladed disks operating at design speed is …

Integrally bladed rotors (IBRs) are meant to be rotationally periodic structures. However,
unique variations in geometries and material properties from sector-to-sector, called …

A computational finite-element (FE)-based technique is proposed for developing a
stochastic reduced order model for rotating bladed disc with spatial random …

Attempting to predict the physical response of a complex system under realistic conditions is
extremely challenging. In this work, a parametric reduced-order model (PROM) of a bladed …

The periodic generalized harmonic wavelet (PGHW) method is used to analyze the forced
response of a periodic time-varying rotor-blade nonlinear system undergoing mechanical …

As turbomachinery systems continue to push the limits of modern technology, the modeling
techniques being developed also continue to push modern computational limits. While …