Calculating Critical Speeds of Shafts Using Transfer Matrix Method in MATLAB
Implementation of transfer matrix method in MATLAB for determining critical speeds of rotating shafts, featuring algorithm explanations and code structure description.
Transfer Matrix Method for Calculating Rotor Natural Frequencies
Transfer Matrix Method for Calculating Natural Frequencies of Large Rotors, including prhol Transfer Matrix Implementation
Transfer Matrix Method for Calculating First Three Critical Speeds in Turbine Rotor Systems
Implementation of transfer matrix method to compute the first three critical rotational speeds in turbine rotor dynamics analysis
High-Precision Algorithm for Rotor Critical Speed and Unbalance Response Calculation
A highly accurate algorithm for computing rotor critical speeds and unbalance responses, primarily utilizing the transfer matrix method with optimized computational implementation
MATLAB Modal Analysis Using Transfer Matrix Method for Rotor Dynamics
MATLAB implementation of transfer matrix method for rotor dynamics analysis of a 10kW rotor system, with computational results validated against experimental data
MATLAB Implementation of Transfer Matrix Method for Rotor Dynamics
Programming the Transfer Matrix Method based on Zhong Yie's "Rotor Dynamics" page 30, with enhanced code implementation details for rotor system analysis
MATLAB Implementation of Transfer Matrix Method for Rotor Dynamics Analysis
MATLAB code implementation of transfer matrix method with enhanced algorithm explanations and key function descriptions
Transfer Matrix Method for the First Three Critical Speeds of Steam Turbine Rotor Systems
Transfer Matrix Method for Calculating the First Three Critical Speeds in Steam Turbine Rotor Systems with Code Implementation Insights