This paper presents the results of a computer program developed for solving 2-and 3-D
ventilation problems. The program solves, in finite difference form, the steady-state …

This title provides the fundamental bases for develo** turbulence models on rational
grounds. The main different methods of approach are considered, ranging from statistical …

Three discretization schemes for the computation of recirculating flows in approximating the
convective terms are compared, namely:(1) the hybrid central/upwind differencing …

Arterial bifurcation flow has been of special interest for some years because of its important
role in the formation of atherosclerotic plaques and thrombi. To investigate the flow …

The velocity characteristics of a turbulent, confined, coaxial-jet flow have been determined
by measurement and by the solution of conservation equations in differential form. The ratios …

The heat transfer and local flow properties in a large gas fuelled process heater are
predicted using a calculation method based on a finite-difference numerical solution of the …

A viscous-inviscid interaction scheme is presented for computing steady, two-dimensional,
incompressible, laminar and turbulent flows over a rearward-facing step. The scheme …

Flow through pipes and heating situations find wide applications in industry. Depending on
the fluid properties, temperature field in the pipe changes. This in turn results in …

A scaling law for transient, turbulent, incompressible, round jets is reported. Numerical
solutions of the Navier-Stokes equations were obtained using a k-ε model for turbulence …

In the present study, heat transfer and entropy analysis for flow through a pipe system is
considered. The Reynolds number and the pipe wall temperature effects on entropy …