In industrial pi** systems, turbomachinery, heat exchangers etc., pipe bends are essential
components. Computational fluid dynamics (CFD), which is frequently used to analyse the …

This paper deals with the modeling of turbulent flow through a 90 deg pipe bend using an
unsteady Reynolds-averaged Navier–Stokes (U-RANS) approach where k–ε model is used …

Purpose Computational fluid dynamics (CFD) technique is the most commonly used
numerical approach to simulate fluid flow behaviour. Owing to its computationally, cost …

In the present paper single-phase turbulent flow through 90° pipe bend with different
curvature ratio (Rc/D) is numerically studied. Simulations are accomplished for turbulent flow …

A turbulent separation flow is one of the most complex flows in existence. Flow separation
and reattachment phenomena take place on the lower curved wall under high-pressure …

The purpose of this work is to ensuring the strength of main gas pipelines bends by studying
the peculiarities of single-phase and multiphase flows movement through the internal cavity …

The present work deals with the numerical study of single-phase turbulent flow through a 90
pipe bend using k-ε turbulence model. A detailed study has been carried out to investigate …

Present paper makes an effort to study the flow separation and velocity distribution for
incompressible turbulent flow through 90o pipe bend due to the effect of guide vane …

The purpose of this work is to ensuring the strength of main gas pipelines bends by studying
the peculiarities of single-phase and multiphase flows movement through the internal cavity …

Виконано CFD моделювання руху одно, багатофазного газового потоку відводом
магістрального газопроводу, ерозійного зношування його стінки. Досліджено …