Simulation Model

StellaR was a tool designed in order to provide an utility that is able to read a dynamic simulation model, developed in STELLA, and then translate it into a script that can be executed in R. Now you can analyze the models you want using R.

A simple simulation Model for DC DC step-down buck converter, the model allows measurments of output current/voltage, capacitor current, diode current. Ripples in each measurment can be observed very accurately using the scope

This Simulation model simulates Exercise problem 1.18 of Non Linear Systems by Hassan H.Khalil.Details About the parameters can be seen from the Model.


Platforms: Matlab

JSBSim Python Bindings was specially designed as an accessible and Open-Source package that provides Python language bindings to the C++ flight simulation model JSBSim. Using JSBSim through the Python bindings will be a little bit slower than using the native C++ API, but Python allows a more...


Platforms: Windows

Simulation model to accompany the article, "Monte-Carlo Simulation in MATLAB Using Copulas" in the November 2003 issue of MATLAB News&Notes. The function METAPOP runs the metapopulation simulation model described in the article.MATLABdlT«'s Statistics Toolboxd-OC?D? includes a variety of...


Platforms: Matlab

In any power system, stability is always a important parameter. To check the stability of a synchronous generator which is connected with the grid is the power angle and freq need to know.With the help of this simulation model one can easily find Power angle and Freq.


Platforms: Matlab

ASM is the Santa Fe Institute "Artificial Stock Market" simulation model. This page is mainly aimed to the revision/updating of ASM using the Swarm Toolkit, which is provided by Swarm Development Group (http://www.swarm.org).


Platforms: *nix

The Car Race model is a Java-based simulation that will help students visualize the difference between constant velocity and constant acceleration. It features the classic physics scenario in kinematics: a lead car travels at constant velocity on a straight track, while a second car moves from...


Platforms: Mac

This simulation allows students to compare the motion of free falling objects with and without the influence of air resistance. Air resistance is the result of collisions of the object's leading surface with air molecules. On Earth, objects falling through the air usually encounter some sort of...


Platforms: Mac

The Ejs First Law model displays the dynamics of a ball subject to no net force. The initial conditions for the ball are an initial velocity in the x and y directions. The initial position of the ball can be changed by dragging it when the simulation is paused. You can modify this simulation if...


Platforms: Mac

The Ejs Two Falling Rods model displays the dynamics of two rods which are dropped on a smooth table. In one case the end point on the table slides without friction, while in the other case it rotates about a pivot point. The simulation allows computing fall times and trajectories. The initial...


Platforms: Mac

The Ejs Quartic Potential Orbit model displays the dynamics of a mass orbiting a much larger mass subject to a quartic potential, C/r4. The simulation displays the motion of the smaller mass and the effective potential energy diagram. The initial energy of the system can be changed via textbox...


Platforms: Mac

The EJS Slipping and Rolling Wheel Model shows the motion of a wheel rolling on a floor subject to friction. The simulation allows the user to change the initial translational and rotational velocities of the wheel, v and ?Ya*, the mass, radius, and mass distribution, R, m, and C of the wheel. By...


Platforms: Mac

The Ejs Duffing Poincare model computes the solutions to the non-linear Duffing equation, which reads, x'' + 2?zN*x' - x (1 - x2) = f cos(?Ya* t), where each prime denotes a time derivative. The simulation displays the solution Poincare plot. The evolution parameters can be changed via textboxes....


Platforms: Mac

Ackermann steering Matlab Model for Car Auto parking simulation


Platforms: Matlab

This model shows a simulation of how temperature is controlled with the use of a PID (proportional-integral-derivative) controller.


Platforms: Matlab

Constructional details of various sub-modelsfor the induction motor are given and their implementation in SIMULINK is outlined. Direct-onlinestarting of a 7.5-kW induction motor is studied using the simulation model developed.


Platforms: Matlab

This collection contains M-files intended for design of the Mass/Damper/Spring control system using the newly available functions from Robust Control Toolbox,version 3.The book also presents other 5 case studies including robust control systems design of a triple inverted pendulum, a hard disk...


Platforms: Matlab

This collection contains M-files intended for design of the Mass/Damper/Spring control system using the newly available functions from Robust Control Toolbox,version 3. Description of the system and version of the files using functions from mu-toolbox can be found in the book ?Robust Control...


Platforms: Matlab

Newhall is a Java implementation of Franklin Newhall's model for soil moisture regime determination. This implementation stems directly from the Wambeke BASIC version of the Newhall simulation model, which was a BASIC reimplementation of the original COBOL version. The model functions by taking...


Platforms: Mac