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  1. Home/
  2. Palukury Bereshith Jacob Alapan/
  3. To simulate motion of a pendulum with damping effect by solving second order differential equations using Matlab

To simulate motion of a pendulum with damping effect by solving second order differential equations using Matlab

Aim: To write a program that solves the following ODE which represents the equation of motion of a simple pendulum with damping. In the above equation, g = gravity in m/s2, L = length of the pendulum in m, m = mass of the ball in kg, b=damping coefficient.   Objective: Write a program in Matlab\Octave that will simulate…

  • MATLAB
  • Palukury Bereshith Jacob Alapan

    updated on 09 May 2020

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Read more Projects by Palukury Bereshith Jacob Alapan (37)

Powertrain for aircraft in runways

Objective:

 1) Search and list out the total weight of various types of aircraft.  Weight is the force generated by the gravitational attraction of the earth on the airplane. Each part of the aircraft has a unique weight and mass, and for some problems, it is important to know the distribution.…

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18 Feb 2021 11:35 AM IST

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    Braking

    Objective:

    1) For a defined driving cycle, calculate the energy required for braking. We have to create a drive cycle excel file with random data of velocity concerning that time and plotted them to see the drive cycle Then import that file into Matlab. Then to create an array into the command window by entering code braking_energy…

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    15 Feb 2021 02:33 PM IST

    • MATLAB
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    Duty Cycle

    Objective:

    1) Why power electronics circuits are efficient? In practice, which types of losses occur in power electronics circuits? Power Electronics: Power electronics involves the study of electronic circuits intended to control the flow of electrical energy. These circuits handle power flow at levels much higher than the individual…

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    14 Feb 2021 01:28 PM IST

    • MATLAB
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    Induction Motor Characteristics - II

    Objective:

    1) Discuss the equivalent circuit network of the induction motor MATLAB model. Equivalent circuit of an Induction motor: In the equivalent circuit, R1 represents the resistance of the stator winding and X1 the stator leakage reactance (flux that does not link with the air gap and rotor). Magnetizing reactance required…

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    14 Feb 2021 09:26 AM IST

    • MATLAB
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