Finite Element Program for Rotor Dynamics Analysis
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This document presents a finite element program developed in MATLAB for rotor dynamics analysis. The program implements comprehensive functionality including critical speed and mode shape analysis, steady-state response, and transient response analysis using numerical integration methods and eigenvalue solvers. These computational capabilities enable engineers to accurately model rotor dynamic behavior, providing reliable data for design and manufacturing processes. The program further allows parameter adjustments and scenario simulations to optimize rotor designs for enhanced performance and reliability through iterative analysis algorithms. In summary, this finite element program serves as a robust analytical tool with significant practical value for engineers and researchers conducting rotor dynamics investigations.
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