The spiralling flow within a curved tube of rectangular cross-section normally forms two
distinct cells in the plane of the cross-section, but a transition to a different, four-cell flow is …

The governing equations are discussed for the flow of salt solution with significant density
variations through a porous medium. Equations for mass conservation, salt conservation …

Three-dimensional simulations of buoyancy driven flows in horizontal MOCVD reactors are
presented along with corresponding deposition profiles for GaAs growth from TMGa and …

Chemical vapor deposition (CVD) of thin solid films from gaseous reactants is reviewed.
General process considerations such as film thickness, uniformity, and structure are …

Techniques of bifurcation theory are used to study the porous-medium analogue of the
classical Rayleigh-Bénard problem: Lapwood convection in a two-dimensional saturated …

The current understanding of transport phenomena and reactions underlying OMVPE is
reviewed. The development of buoyancy driven flows superimposed on main flow is …

As in many areas of science and technology, computational mathematics performed on
highspeed, large-memory computers has become an essential ingredient of modern coating …

Some aspects of the use of symmetry in bifurcation calculations are discussed. First, it is
shown how substantial reductions in cost are obtained in computing symmetry-breaking …

Abstract Two new “low-” and “high-order” time-dependent nodal-integral methods were
developed and applied to both incompressible fluid flow and natural convection. These new …

The aim of the present investigation was to study numerically the transient of thermal
convection in a square cavity filled with low‐Prandtl‐number fluids. The flow is driven by the …