Stably stratified flows : flow and dispersion over topography : based on the proceedings of the Fourth Conference on Stably Stratified Flows, organized by the Institute of Mathematics and Its Applications and held at the University of Surrey in September, 1992
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書誌事項
Stably stratified flows : flow and dispersion over topography : based on the proceedings of the Fourth Conference on Stably Stratified Flows, organized by the Institute of Mathematics and Its Applications and held at the University of Surrey in September, 1992
（The Institute of Mathematics and its Applications conference series, new ser.,
Clarendon Press , Oxford University Press, 1994
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内容説明・目次
内容説明
The first papers of the conference address the long-standing issue of the nature of the upstream effects that occur in stratified flow over obstacles (P.G. Baines, CSIRO, Australia; P.A. Taylor, York University, Ontario, Canada; and K.W. Ayotte, Boulder, Colorado, U.S.A.). Then followed a session on internal wave motions followed by a session on modelling the atmospheric boundary layer (J.C. King, British Antarctic Survey, Cambridge; A. Kay, Loughborough University of Technology). There was a session on numerical modelling (O. Metais, Institut de Mecanique de Grenoble, France; A-S. Smedman, Uppsala University). Then various aspects of dispersion are discussed and the final papers in the conference describe laboratory experiments on flow and dispersion around buildings in light wind conditions. This book is intended for research mathematicians working in fluid dynamics, meteorology.
目次
- P.G. Baines: Mechanisms for upstream effects in two-dimensional stratified flow
- P.A. Taylor: Mesoscale blocking ahead of mountain ridges
- M. Greenslade: Strongly stratified airflow over and around mountains
- M.F. Paisley, I.P. Castro and N.J. Rockliff: Steady and unsteady computations of strongly stratified flows over a vertical barrier
- J.M. Rees, I. McConnell, P.S. Anderson and J.C. King: Observations of internal gravity waves over an Antarctic ice shelf using a microbarograph array
- H. Makita, S. Mori and A. Yahagi: Spontaneous generation of internal gravity waves in a wind tunnel
- J.C. King, S.D. Mobbs and N.R. Edwards: Surface boundary conditions in stably-stratified environmental flows
- S.H. Derbyshire and N. Wood: The sensitivity of stable boundary layers to small slopes and other influences
- A. Kay: Simple models of flow over topography driven by horizontal density gradients
- A.S. Broad, D. Porter and M.J. Sewell: Shallow flow over general topography with applications to monotonic mountains
- O. Metais, J.J. Riley and M. Lesieur: Numerical simulations of stably-stratified rotating turbulence
- D.D. Apsley: Modelling turbulent stratified flow over buildings and hills
- H.J.S. Fernando, J.C.R. Hunt and D.J. Carruthers: Turbulence, waves and mixing at stratified density interfaces: modelling and experiments
- A.-S. Smedman: Wind and turbulence structure in stably stratified flow in the lee of high mountains
- R.K.S. Hankin and R.E. Britter: The shallow water approximations in dense gas dispersion over complex terrain
- T.B. Staples and A.M. Riddle: Dispersion of industrial gases over variable topography
- W.S. Weng and D.J. Carruthers: Modelling turbulent diffusion from a point source in strongly stratified flow around a three dimensional arbitrarily-shaped hill
- F. Tampieri, C. Scarani and U. Giostra: On application of the Langevin equation to turbulent dispersion in nonhomogeneous conditions
- A. Cenedese, G. Leuzzi and P. Monti: Effects produced by velocity covariance on a Lagrangian model of dispersion over obstacles
- W.H. Snyder: Some observations of the influence of stratification on diffusion in building wakes
- A. Robins: Flow and dispersion around buildings in light wind conditions.
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