Theoretical Fluid Dynamics

E579348

Theoretical Fluid Dynamics is a foundational textbook that rigorously develops the mathematical and physical principles governing fluid motion, widely used in advanced studies of fluid mechanics.

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Predicate Object
instanceOf textbook
aimsTo develop a rigorous understanding of fluid motion
provide a mathematical framework for fluid mechanics
approach analytical
theoretical
coversConcept Euler equations of fluid motion NERFINISHED
Navier–Stokes equations NERFINISHED
Reynolds number
boundary conditions in fluid mechanics
boundary layer theory
compressible flow
conservation of energy in fluids
conservation of mass in fluids
conservation of momentum in fluids
continuity equation
dimensional analysis in fluid mechanics
incompressible flow
irrotational flow
laminar flow
linearization of governing equations
nondimensionalization of equations
potential flow
similarity and scaling in fluid flows
stability of fluid flows
stream function and velocity potential
turbulent flow
vortex dynamics
vorticity
emphasizes foundational principles of fluid motion
physical interpretation of equations
rigorous mathematical derivations
field fluid mechanics
focusesOn governing equations of fluid flow
mathematical formulation of fluid motion
physical principles of fluid motion
level advanced
subjectArea applied mathematics
continuum mechanics
fluid mechanics
theoretical physics
topic theoretical fluid dynamics
typeOf foundational textbook
usedBy researchers in fluid mechanics
students of aerospace engineering
students of applied mathematics
students of mechanical engineering
usedIn advanced studies of fluid mechanics
graduate-level fluid dynamics courses

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William R. Schowalter notableWork Theoretical Fluid Dynamics