Simulate Hysteresis Loop in MATLAB | Step-by-Step Tutorial"

[vinzie]

Hi there,

Would anyone help me in simulating hysteresis loop in MATLAB?

Thank You!

 

[rbj]

like a transformer hysteresis loop? without the hysteresis, what does the curve look like?

 

[vinzie]

I meant the hysteresis loop of a ferromagnetic substance

 

[vatlychatran]

You can use Langevin function to describe a hysteresis loop. Exact form of Langervin function you can find out in many textbooks on magnetism.

$M(H)=M_s.[\cosh(c(H+\alpha M))-\dfrac{1}{c(H+αM)}]$

or use this

$M(H)=M_s.\tanh(c(H+\alpha M))$

For the code, It is extremely easy, in ten lines, so try it.

 

[alphy]

Hello there,

I am happy to assist you with simulating a hysteresis loop in MATLAB. This is a common task in many scientific fields, and MATLAB is a great tool for this type of simulation. I have outlined a step-by-step tutorial below to guide you through the process.

Step 1: Define the parameters of your system
Before starting the simulation, you need to define the parameters of your system. This includes the input signal, the material properties, and any other relevant variables. Make sure to have a clear understanding of your system and its behavior before moving on to the next step.

Step 2: Set up the loop
Next, you will need to set up a loop that will iterate through a range of values for your input signal. This will allow you to plot the hysteresis loop for different input values.

Step 3: Calculate the output
Within the loop, you will need to calculate the output of your system based on the input signal and the material properties. This will involve using mathematical equations and functions to model the behavior of your system.

Step 4: Plot the hysteresis loop
Once you have calculated the output for each input value, you can plot the hysteresis loop using the "plot" function in MATLAB. This will create a visual representation of the behavior of your system.

Step 5: Adjust parameters and repeat
You can now adjust the parameters of your system and repeat the simulation to see how it affects the hysteresis loop. This is a great way to understand the impact of different variables on the behavior of your system.

I hope this tutorial helps you in simulating a hysteresis loop in MATLAB. If you encounter any difficulties, please don't hesitate to reach out for further assistance. Happy simulating!

Best regards,