Momentum, Heat, and Mass Transfer
Publisher: Bookboon.com
Published: 2013
ISBN-13: 9788740306897
Table of contents: title: Innhold; title: Introduction; title: Balance equations; title: Index notation; title: Mass balance; title: Momentum transport; title: Introduction; title: Bernoulli’s equation; title: Diffusive momentum flux: Newton’s law of viscosity; title: Newton’s law of viscosity; title: Laminar flow problems; title: Introduction; title: Flow of a falling film; title: Flow through a circular tube; title: Dimensional analysis; title: Introduction; title: Energy transport; title: Energy balance; title: Convection; title: Diffusive transport; title: Viscous work; title: Pressure work; title: Finishing touches; title: Multicomponent mass transfer; title: Introduction; title: Diffusive flux; title: Examples of steady diffusion; title: Introduction; title: Arnold diffusion cell; title: Heterogeneous combustion; title: Diffusion with homogeneous reaction; title: Introduction to turbulence and non-linear dynamics; title: Introduction; title: The logistic map; title: Statistical treatment of turbulence; title: Introduction; title: Brief overview of statistics; title: Reynold stresses; title: Approximate models for turbulence; title: Introduction; title: Boussinesq hypothesis or the mean-velocity field closure; title: Prandtl mixing-length theory and von Kármán similarity hypothesis; title: Three-region model for momentum transport (universal velocity profile); title: Turbulent flow in a pipe; title: Turbulence in energy and mass transport; title: Introduction; title: Energy transport; title: Mass transport; title: Boundary layer theory; title: Flowpast objects: Boundary layers; title: Boundary layer theory; title: von Kármán momentum integral analysis; title: Boundary layers in energy and mass transport; title: Transport of energy; title: Transport of mass; title: Analogies in Momentum, Heat, and Mass Transfer; title: Introduction; title: Comparison of diffusive transport; title: Reynolds analogy; title: Prandtl analogy; title: Chilton-Colburn analogy; title: Interphase mass transfer; title: Introduction; title: Individual mass-transfer coefficients; title: Overall mass-transfer coefficients