Presenting research on reactive flows, this work covers theoretical aspects, experimental techniques and the development of models implemented in computational fluid dynamics software.
An introduction to chemical reactions developing in a turbulent medium; the mixing-sensitive product distribution of chemical reactions; laser-induced fluorescence tomography of inert and reactive free jets; wavelet analysis of mixing patterns in a turbulent jet; some applications of the measurement of concentration in liquids by laser-induced fluorescence; determination of the velocity-concentration correlation in liquids by laser-induced fluorescence; stability of an erodible bed of lead granules at low wall shear stress; drag reduction by polymers and surfactants.
