Lectures on Fluid Mechanics |
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Common terms and phrases
Bernoulli's equation boundary layer bounded called chapter complex velocity potential components condition conservation of probability consider constant on trajectories continuous converges weakly coordinate system curve cylinder d'Alembert's paradox defined denote derivatives differential divergence theorem exists external forces Figure flow past formula goes to zero Green's theorem H¹¹² H¹² Hölder's inequality ideal fluid incompressible inequality integral k₂ Knudsen gas lemma linear Liouville's equation matrix Navier-Stokes equations norm notation paradox plane plate potential flows pressure proof prove PV²q PV²s q₁ result s₁ s₁(t S₂ satisfies scalar sequence Shinbrot shows smooth Stokes equations Stokes flow Stokes hypothesis stream function strong solution system of particles t₁ term tion unique V²q vector velocity at infinity viscous Vs₁ Vs₂ weak solution write
References to this book
Mathematical Topics in Fluid Mechanics Jose Francisco Rodrigues,Adelia Sequeira No preview available - 1992 |