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Nonlinear Analysis of Squeeze Film Damper With Entrained Air in Rotordynamic Systems by oguzylmz398 is a document available to read on EtoBox.

This article presents a nonlinear analysis of squeeze film dampers with entrained air in rotordynamic systems, emphasizing the effects of air on lubricant properties and damper performance. It introduces a new formulation for the Reynolds equation that accounts for changes in density and viscosity due to air bubbles, which significantly influence damping and stiffness. The study aims to optimize squeeze film dampers for improved efficiency and stability in applications such as aircraft engines and gas turbi

Author
oguzylmz398
Language
EN