Principles

of

Fluid Dynamics

of

Fluid Dynamics

Principles

of

Fluid Dynamics

of

Fluid Dynamics

by

Franco Mattioli

Franco Mattioli

by

Franco Mattioli

Franco Mattioli

Department of Physics

University of Bologna

University of Bologna

A textbook of fluid dynamics for undergraduate and graduate students
in Physics, Mathematics and Engineering

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Principles

of

Fluid Dynamics Volume I Volume II Volume III Appendices

Elements of Fluid Dynamics Elements

Principles

of

Fluid Dynamics Volume I Volume II Volume III Appendices

Elements of Fluid Dynamics Elements

01 jan 10 Chapter 1 - The states of the matter

08 mar 11 Chapter 2 - The continuum hypothesis

10 nov 11 Chapter 3 - Molecular diffusion

31 may 10 Chapter 4 - The total derivative

14 jul 10 Chapter 5 - The continuity equation

10 nov 11 Chapter 6 - The properties of a diffusion equation

14 dec 11 Chapter 7 - Diffusion equation for a fluid in motion

07 jul 17 Chapter 8 - The balance equations

17 jan 10 Chapter 9 - The forces in a fluid at rest

31 jan 10 Chapter 10 - The hydrostatic equilibrium

23 aug 10 Chapter 11 - The Euler equations

14 sep 10 Chapter 12 - The viscous forces

16 nov 12 Chapter 13 - Plane-parallel viscous flows

14 oct 10 Chapter 14 - The tensor of the total stresses

25 feb 17 Chapter 15 - The tensor of the viscous stresses

14 nov 10 Chapter 16 - Parcel kinematics

03 jul 12 Chapter 17 - Newtonian fluids

14 dec 10 Chapter 18 - The Navier-Stokes equations

07 sep 20 Chapter 19 - Momentum and energy equations

16 nov 12 Chapter 20 - Viscous flows with circular symmetry

27 dec 16 Chapter 21 - The systems of equations governing a fluid in motion

14 jan 11 Chapter 22 - The impulsive flow

11 oct 20 Chapter 23 - The boundary layer for an oscillating flow

10 feb 11 Chapter 24 - Blasius solution

22 jun 13 Chapter 25 - The Reynolds experiment

29 jun 13 Chapter 26 - The Reynolds number

30 nov 13 Chapter 27 - The turbulent motion as a stochastic process

21 jul 14 Chapter 28 - The Reynolds stresses

28 jul 14 Chapter 29 - Energy balances in a turbulent layer

04 aug 14 Chapter 30 - Turbulence parametrization

18 jan 15 Chapter 31 - Equations for a turbulent plane-parallel flow

18 jan 15 Chapter 32 - The law of the wall

02 feb 15 Chapter 33 - Rough surfaces

02 nov 20 Chapter 34 - Turbulent boundary layers

03 dec 23 Chapter 35 - General properties of a liquid

16 oct 17 Chapter 36 - The static stability of a discrete stratification

06 jun 21 Chapter 37 - Continuous stratification of an incompressible fluid

The rest of Part XI has become Part I and II of Volume III.