Bivot-Savart Law calculation

Bivot-Savart Law for calculating the Magnetic field of some parametrization curves

Output examples

Getting Started

These instructions will get you a copy of the project up and running on your local machine for development and testing purposes.

Prerequisites

Matlab only

Installing

1. Clone this repository,
2. Open main.m file and there you have parameters to tweak.

Running

To get some data out of the system one should:

1. Modify the parameters in the main.m file:

x_start =  -2;
x_stop  =   2;
x_inst  =  40;

y_start =  -2;
y_stop  =   2;
y_inst  =  40;

z_start =  -5;
z_stop  =   5;
z_inst  =  40;

Where x_start and x_stop (y_start, z_start etc..) specefies how big will the render be in terms of axes. Variables x_inst, y_inst and z_inst respectivly are defining how much points are there to calculate magnetic field in their position.

Also, user should define some curve to draw. Lets draw coil for example: To draw a coil user should write this line below.

line = define_coil([0, 0, -4]', 0.5, 5, 7, 1000);

The function define_coil is defined as define_coil(c_point, Radius, Num_of_turns, Length, Instances) where:

• c_point is major-column vector of bottom center of coil,
• Radius is radius of coil,
• Num_of_turns is how much turns the coil has over its lenght,
• Length is length of coil,
• Instances is number of points of the coil. For more precise calculation bigger number is better.

2. Press Run button.

Authors

• Ivan Vnučec - GitHub - LinkedIn

License

This project is licensed under the MIT License - see the LICENSE file for details