## Introduction to Fluid Dynamics |

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### Contents

FUNDAMENTAL NOTIONS 1 The continuum hypothesis | 1 |

Density in a continuous medium | 2 |

Definition of a Fluid | 3 |

122 other sections not shown

### Common terms and phrases

airfoil analytic function approaches zero arbitrary assume Bernoulli's equation body force boundary condition called cavity Chapter closed curve closed surface complex number complex potential conformal mapping constant coordinate system cosh cylinder deduce defined denote density determined differential equation dimensional divergence theorem domain dt dt equal equation of continuity Euler's equation finite flow pattern fluid dynamics follows free boundary harmonic function Helmholtz incompressible fluid induced velocity infinity interior irrotational irrotational motion Laplace's equation limit line integral liquid molecules moving normal obtain parameter particle plane pressure problem real numbers rectangular coordinates reference representation rigid body rotational satisfy segment shown in Fig solution space curve speed sphere spherical stagnation point stream function streamline supersonic symmetric theory tion trailing edge uniform stream unit vector vector field velocity field velocity potential velocity vector vortex tube vorticity z-plane