Apostila Mec. Flu

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Aula 10 Prof. MSc. Luiz Eduardo Miranda J. Rodrigues Exercício 1 1) Calcular o número de Reynolds e identificar se o escoamento é laminar ou turbulento sabendo-se que em uma tubulação com diâmetro de 4cm escoa água com uma velocidade de 0,05m/s. Solução do Exercício: Viscosidade Dinâmica da água: µ = 1,0030 × 10 −3 Ns/m² R e R e = = ρ ⋅ v ⋅ D µ 1000 ⋅ 0,05⋅ 0,04 1,003⋅10 −3 Re = 1994 Escoamento Laminar Mecânica dos Fluidos
Aula 10 Prof. MSc. Luiz Eduardo Miranda J. Rodrigues Exercício 2 2) Determine o número de Reynolds para uma aeronave em escala reduzida sabendo-se que a velocidade de deslocamento é v = 16 m/s para um vôo realizado em condições de atmosfera padrão ao nível do mar (ρ = 1,225 kg/m³). Considere c = 0,35 m e µ = 1,7894x10-5 kg/ms. Solução do Exercício: R e = ρ ⋅ v ⋅ c µ R e 1,225 ⋅16 ⋅ 0,35 = −5 1,7894 ⋅10 R e = 3,833 ⋅10 5 Mecânica dos Fluidos
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Mecânica dos Fluidos Aula 1 - Defi
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Aula 1 Prof. MSc. Luiz Eduardo Mira
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Mecânica dos Fluidos Aula 5 - Man
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Mecânica dos Fluidos Aula 6 - Man
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Aula 14 Prof. MSc. Luiz Eduardo Mir
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Mecânica dos Fluidos Aula 18 - Exe
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Mecânica dos Fluidos Aula 20 - Rec
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