Everything Modelling and Simulation

This blog discusses methods for physical systems modelling, simulation, and visualization. It's a place to learn various numerical approaches applied in system modelling and simulation with widely used software, such as Matlab, Simulink, SolidWorks, Catia, AutoCAD, Autodesk Inventor, Python, C, Mathematica, Simulia Abaqus, and so forth. Enjoy exploring!!!

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Finite Difference Approach by MATLAB for the First and Second Derivatives

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The following MATLAB program determines the first and second derivatives of the data given in the problem applying the finite difference...

Learning Mathematica, Lesson 2: Solving Euler-Bernoulli Beam Equation

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In this lesson, I would like to show the advantages of the Mathematica built-in solver to evaluate the analytical solution of a differe...

Linear Least Squares Regression Analysis by a MATLAB program

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A MATLAB program is developed to determine the coefficients by linear least squares regression where the function is, y = mx + b . Here,...

A MATLAB Program to Implement the Jacobi Iteration

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A MATLAB Program to Implement Jacobi Iteration to Solve System of Linear Equations: The following MATLAB codes uses Jacobi iteration f...
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A MATLAB Program to Determine the Roots of Equation by Secant method

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Problem: Solve the following problem by Secant Method . f(x) = x - 2e^-x Determine the roots of the above function where x1 = 0 and x2 ...

My First Code in Python: Adding all Prime Numbers

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As Python programming is highly hyped now-a-days and a frequent buzzword in machine learning and AI communities, I have decided to get my...

Looking for an Industrial Partner to Implement a Lemon Shaped Guide to Minimize Rubbing

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A NOVEL LEMON SHAPED GUIDE TO MINIMIZE EXCESSIVE RUBBING IN ROTATING MACHINES In industries, rotating machines are widely used, because r...
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Everything Modelling and Simulation
Hamilton, Ontario, Canada
Hello everyone, my name is Enaiyat Ghani Ovy, and I warmly welcome you to my blog "Everything Modelling and Simulation". This blog is all about system dynamics modelling and simulation applied in the engineering field, especially mechanical engineering. Nevertheless, this blog is concerned about theories and applications of physics based modelling, for example analytical approach, finite element method etc., numerical methods to solve problems and so on. You will find articles from very basic to advanced level modelling and simulation techniques. Some popular software packages, e.g. MATLAB, SolidWorks, AutoCAD, Mathematica, ABAQUS etc. are used to analyze many problems. Please feel free to comment in this blog if you find any issues, suggestions or if you have any further queries. You are also welcome to use these free materials, but please make sure to cite or refer this blog whenever you copy any content from here. Thank you and enjoy!
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