Browsing by Subject "Turbomachinery"
Now showing items 1-6 of 6
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Aeroelasticity and Enforced Motion Frequency Lock-in Associated with Non-Synchronous Vibrations in Turbomachinery
(2022)One of the most complex challenges in our world today is the interaction between fluids and structures. This complicated meeting is one of the focal points in the design and manufacturing of turbomachinery, whether in jet ... -
Design for Coupled-Mode Flutter and Non-Synchronous Vibration in Turbomachinery
(2013)This research presents the detailed investigation of coupled-mode flutter and non-synchronous vibration in turbomachinery. Coupled-mode flutter and non-synchronous vibration are two aeromechanical challenges in designing ... -
Development of an Efficient Design Method for Non-synchronous Vibrations
(2008-04-24)This research presents a detailed study of non-synchronous vibration (NSV) and the development of an efficient design method for NSV. NSV occurs as a result of the complex interaction of an aerodynamic instability with blade ... -
Flutter and Forced Response of Turbomachinery with Frequency Mistuning and Aerodynamic Asymmetry
(2008-04-25)This dissertation provides numerical studies to improve bladed disk assembly design for preventing blade high cycle fatigue failures. The analyses are divided into two major subjects. For the first subject presented in Chapter ... -
Multi-Row Aerodynamic Interactions and Mistuned Forced Response of an Embedded Compressor Rotor
(2016)This research investigates the forced response of mistuned rotor blades that can lead to excessive vibration, noise, and high cycle fatigue failure in a turbomachine. In particular, an embedded rotor in the Purdue Three-Stage ... -
Physical Insights, Steady Aerodynamic Effects, and a Design Tool for Low-Pressure Turbine Flutter
(2016)The successful, efficient, and safe turbine design requires a thorough understanding of the underlying physical phenomena. This research investigates the physical understanding and parameters highly correlated to flutter, ...
