This assignment discusses the analytical and numerical solutions for elastic pendulum, including the equation of motion, analytical solution, finite differences, MATLAB code, and discretization and convergence. It also compares the numerical and analytical solutions and discusses the authenticity of each. The assignment is for EGB211 Computer lab assignment.

Elastic Pendulum Assignment

This assignment focuses on the analysis and solution of an elastic pendulum, a physical system that involves a mass connected to a spring. The assignment requires both analytical and numerical techniques to solve the nonlinear equations of motion for the system.

Learn about the analytical and numerical solutions for elastic pendulum with solved assignments, essays, and dissertations at Desklib. Get expert help for EGB211 Computer lab assignment.

Elastic Pendulum: Analytical and Numerical Solutions | Desklib

Elastic Pendulum: Analytical and Numerical Solutions

Numerical Solutions

Hartpury University and Hartpury College

Mechanical Engineering

EGB211 Computer Lab Assignment 2022

Assignment

Computer lab assignment 2022

Computer Lab

This Computer Lab Assignment for EGB211 explores analytical and numerical solutions to the non-linear equation of motion for an inverted pendulum system. It covers the derivation of the finite difference equation and its implementation in MATLAB code. The assignment also discusses the characteristics of the problem, including natural frequency, period, amplitude, and phase angle.

Physics

EGB211 Computer Lab Assignment: Analytical and Numerical Solutions to Non-Linear Equation of Motion

General Chemistry 1

This document discusses the equation of motion for free vibration of the triple pendulum and how to find the natural frequencies for the vibration. It also covers the Lagrange's equations for the system and the relationship between the geometric parameters. The document includes a MATLAB implementation and plots the mode shapes versus time. It also discusses the significance of natural frequency in determining shaft stability and analyzes the deflection behavior of an I-beam cantilever with a distributed load.

University of Rizal System

Applied Numerical Methods: Triple Pendulum Vibration Analysis

This article discusses the hydrodynamic force on a square cylinder and its effects on displacement, velocity, and power. It explains the derivation of the equation of motion and the numerical method used for solving the problem. A MATLAB program is provided for simulation. The results and discussions cover the variation of power with the Keulegan-Carpenter number and the impact of the damping coefficient.

Elastic Pendulum: Analytical and Numerical Solutions

EGB211 Computer Lab Assignment 2022

Computer lab assignment 2022

EGB211 Computer Lab Assignment: Analytical and Numerical Solutions to Non-Linear Equation of Motion

Applied Numerical Methods: Triple Pendulum Vibration Analysis

Hydrodynamic force on a square cylinder

AMME3500 SYSTEMS DYNAMICS AND CONTROL.

Elastic Pendulum: Analytical and Numerical Solutions

EGB211 Computer Lab Assignment 2022lg...

Computer lab assignment 2022lg...

EGB211 Computer Lab Assignment: Analytical and Numerical Solutions to Non-Linear Equation of Motionlg...

Applied Numerical Methods: Triple Pendulum Vibration Analysislg...

Hydrodynamic force on a square cylinderlg...

AMME3500 SYSTEMS DYNAMICS AND CONTROL.lg...

EGB211 Computer Lab Assignment 2022

Computer lab assignment 2022

EGB211 Computer Lab Assignment: Analytical and Numerical Solutions to Non-Linear Equation of Motion

Applied Numerical Methods: Triple Pendulum Vibration Analysis

Hydrodynamic force on a square cylinder

AMME3500 SYSTEMS DYNAMICS AND CONTROL.