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Added details and links for each HW in the readme

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# Texas A&M Aerospace Engineering - AERO 430 - Numerical Simulation
AERO 430 involves the discussion and application of the finite difference method (FDM) and finite element method (FEM) to
2 types of problems: the naturally stable heat transfer in a beam and the naturally unstable forced vibration of a beam.
## HW1
Compute the numerical solution to the 1 dimensional heat transfer of a uniform beam using first and second order FDM
and compare to the analytical solution.
[Homework 1 Report](HW1/Judson_Upchurch_HW1.pdf)
## HW2
Compute the numerical solution to the 1 dimensional heat transfer of a uniform beam using second order FDM and linear
shape function FEM.
[Homework 2 Report](HW2/Judson_Upchurch_HW2.pdf)
## HW3
Compute the numerical solution to the 1 dimensional heat transfer of a non-uniform beam using second order FDM and linear
shape function FEM.
[Homework 3 Report](HW3/Judson_Upchurch_HW3.pdf)
## HW4
Compute the numerical solution to the 1 dimensional heat transfer of a non-uniform beam using second and fourth order FDM
and linear and quadratic shape function FEM.
## HW5
[Homework 4 Report](HW4/Judson_Upchurch_HW4.pdf)
## HW5-6
Compute the numerical solution to the 1 dimensional forced vibration of a uniform beam using second and fourth order FDM
and linear and quadratic shape function FEM. Also perform a frequency sweep to determine the natural frequencies of the method and the beam.
[Homework 5-6 Report](HW5/Judson_Upchurch_HW5_6.pdf)