Laboratorium voor Aëro- en Hydrodynamica (Delft)

On the convergence of numerical computations of the flow of a power-law and a carreau liquid / J. Damsteegt, A. Segal and J. van der Zandenschema:ProductModel

A numerical method for solving steady 2D and axisymmetrical viscoelastic flow problems with an application to inertia effects in contraction flows / Martien A. Hulsenschema:ProductModel A theoretical mofel for core-annular flow of a very viscous oil core and a water annulus through a horizontal pipe / by G. Ooms ... [et al.]schema:ProductModel Analysis of the equations for viscoelastic flow: type, boundary conditions, and discontinuities / M.A. Hulsenschema:ProductModel Computations of turbulent flows for industrial and environmental applications / J.C.R. Huntschema:ProductModel Memory effects in turbulent flows / by P.J.H. Builtjes ; Department of Mechanical Engineering, Delft University of Technologyschema:ProductModel Modes of bubble growth in the slow-formation regime of nucleate pool boiling / by A.K. Chester ; Department of Mechanical Engineering, Delft University of Technologyschema:ProductModel On the influence of the exit conditions on the entrainment rate in the development region of a free, round, turbulent jet / by H. Fondse, H. Leijdens and G. Oomsschema:ProductModel On the suspension mechanism of small heavy particles in a horizontal turbulent boundary layer flow, pipe flow or channel flow / by G. Ooms, F.G.J. Absil ; Laboratory for Aero- and Hydrodynamicsschema:ProductModel Stromingsleer : voortgezette cursus / door J. O. Hinzeschema:ProductModel The discontinuous Galerkin method with explicit Runge-Kutta time integration for hyperbolic and parabolic systems with source terms / by Martien A. Hulsenschema:ProductModel Third-order volterra modeling of ship responses based on regular wave results / by L.J.M. Adegeestschema:ProductModel Wave propagation in compliant tubes containing a heat-conducting viscous fluid / G.D.C. Kuiken ; Laboratory for Aero- and Hydrodynamicsschema:ProductModel Wave propagation in initially stressed orthotropic compliant tubes containing a compressible, viscous and heat-conducting fluid / G.D.C. Kuiken ; Laboratory for Aero- and Hydrodynamicsschema:ProductModel Wave propagation, collapse, velocity and shear stress distribution in an orthotropic viscoelastic tube of finite length / [publ. of the] Laboratory for Aero- and Hydrodynamicsschema:ProductModel