MATLAB Rotor Nonlinear Finite Element Analysis
A MATLAB-based finite element program for rotor dynamics analysis, supporting both time-domain and frequency-domain simulations with comprehensive code implementation details
Five Algorithms for Dynamic Analysis: Implementation Methods and MATLAB Code
This resource presents five fundamental dynamic analysis algorithms including Modal Superposition Method, Newmark Integration Algorithm, and Central Difference Method, complete with MATLAB m-file implementations for practical application.
Fixed-Base Robot Dynamics Analysis Program
A MATLAB-based program for analyzing fixed-base robot dynamics, designed to operate within the Simulink environment. The implementation utilizes MATLAB's robotic system toolbox functions for dynamic modeling and simulation.
Vehicle Full-Car Model Simulation
Vehicle Full-Car Model Simulation with MATLAB/SIMULINK Implementation
Analysis of Chaotic Systems and Generation of Chaotic Flows
Analyzing chaotic systems and generating their dynamical flows through numerical simulation approaches
Newmark-Beta Method for Structural Response Calculation
Numerical Integration Technique for Structural Dynamic Response Analysis using the Newmark-Beta Method
Lyapunov Exponent Calculation with Wolf Method
Numerical computation of Lyapunov exponents using Wolf's algorithm for chaos analysis in nonlinear dynamical systems
Calculating Lyapunov Exponents for the Lorenz System
Computing Lyapunov exponents for the Lorenz system to analyze chaotic dynamics with code implementation insights.