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C code for the "Computational methods for transport phenomena" course held by prof. M. Dapor.

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Computational methods for transport phenomena

This repository contains my solutions to the exercises assigned during the Computational methods for transport phenomena held by prof. Dapor at unitn. I took this class during the second semester of my 2021-2022 accademic year.

Exercise 01:

Use Gnuplot to calculate the first Legendre polynomials and graphically represent them.

Exercise 02:

Use Gnuplot to calculate the first Legendre polynomials recursively and graphically represent them.

Exercise 03-09:

These are Some theoretical exercises useful to understand Exercise 10.

Exercise 10:

Write a C program to numerically calculate the Legendre polynomials and the associated Legendre functions for any value of l.
An analysis between the function written and the GSL function was carried out too.

Exercise 10:

Write a C program to numerically calculate the Legendre polynomials and the associated Legendre functions for any value of l.
An analysis between the different methods and the GSL functions was carried out.

Exercise 11:

Write a C program to numerically calculate the spherical Bessel Functions.
An analysis between the different methods and the GSL functions was carried out.

Exercise 12:

Write a C program to numerically calculate the screened Rutherford cross-section.

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C code for the "Computational methods for transport phenomena" course held by prof. M. Dapor.

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