Numerical Simulation of Saint-Venant Equations with Thermal Energy Dependency: Applications on Global Warming

Since the Industrial Revolution, humanity has been intensifying burning of fossil fuels and as a consequence, average temperature on Earth increasing. The 20th century was warmest future prospects are not favorable, that is, even higher temperatures expected. This demonstrates importance studies subject, mainly to predict possible environmental, social economic consequences. objective this work identify interference increase in ambient dynamics fluids, such ocean waves advancing over continent. For this, thermal energy considered Saint-Venant equations computational implementations were performed via Lax-Friedrichs Adams-Moulton methods. results indicated that, fact, depending amount transferred fluid, advance water towards continent can occur, places where phenomenon never observed.