The aim of this project is to create a software in C++ language that allows to
solve numerically the Navier-Stokes equations for cases with simple geometries and
presupposing certain hypotheses, as well as the study and comprehension of the
equations that govern the fluid dynamics. Furthermore, the procedure applied to
cases of conduction and radiation is also introduced.
The main purpose is to simulate the fluid-dynamic and thermal behaviour of already
well-known cases as a way to verify the results. Principally, The studied problems
are: "Smith-Hutton problem”, “Driven Cavity problem” as well as “Differentially
heated cavity problem”.
Finally, an introduction is done about the phenomenology that characterizes the
turbulence as well as the theoretical and practical implementation of 1D cases.
