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Um fluido em movimento pode agir sobre o som da mesma forma que osespa\c{c}o-tempos curvos podem influenciar na trajet\'oria da luz narelatividade geral. Com isso, pode-se descrever a propaga\c{c}\~ao dessas ondassonoras atrav\'es de uma m\'etrica efetiva, sob a qual elas seguir\~aogeod\'esicas nulas. Esta disserta\c{c}\~ao faz uma revis\~ao destes estudosconcentrando-se em uma analogia ac\'ustica para um buraco negro deSchwarzschild, demonstrando suas vantagens e limita\c{c}\~oes quando aplicadapara o estudo da teoria de Hawking.  A fluid in moviment can act on the sound the same way that curved space-timecan influence on light trajectory in the general relativity. So, one candescribe the propagation these sound waves through an effective metric, underwich they will follow null geodesics. This thesis makes a review of thesestudies focusing in an analogy to Schwarzschild black hole using an acousticsystem, showing its advantages and limitations when applied in the study ofHawking's theory.

Modelo An\'alogo Ac\'ustico ao Buraco Negro de Schwarzschild