T-junctions are one of the most difficult pipe fitting in terms of calculation of the head loss occurring through it. Various attempts have been made to derive the value of loss coefficients of the two branches of the tjunctions. Some formulas which involve area ratios and flow ratios are available. However, the use of these coefficients has to be further scrutinized. The erroneous effect of the use of constant loss co-efficients needed to understood and reviewed. This has been done, through the use of a standard network and the simplest network having one T-junction. Further efforts have been made to minimize the losses occurred at t-junctions and the implications of it in engineering design have been discussed
This paper introduces two models. First, it introduces a model for geometric pressure loss in horizo...
AbstractThe flow field in junction is complicated due to the ripple property of oil flow velocity an...
Pipe Distribution network system is very common in industries such as water supply industry, nuclear...
T-junctions are one of the most difficult pipe fitting in terms of calculation of the head loss occu...
AbstractThis paper deals with the fluid flow in the T-junction with the 90°C angle of the adjacent b...
Manifold arrangements with bifurcations/trifurcations lead to head losses in a fluid system. It is n...
Energy losses occurring in pipe junctions have been studied for many years. Head loss coefficients (...
Includes bibliographical references (leaf 45)Two dimensional computational fluid dynamics (CFD) mode...
Basic aim of this paper is to bring out the characteristics of the T-junctions. T-junction consists ...
The present paper analyzes the experimental results concerning the flow patterns and pressure drops ...
T-junction piping is broadly use in the application of flow separation in two phase fluid flow syste...
"October 15, 1957.""Reprinted from Highway Research Board Proceedings Volume 35, Page 177, 1956.""Th...
The present paper reports further analyses of the two-phase pressure drops experimental data obtaine...
The head loss in the nonlinear bend caused by the friction of the wall along the bend and the direct...
Application of Computational fluid dynamics (CFD) in studying T-Junction water pipe flow have been ...
This paper introduces two models. First, it introduces a model for geometric pressure loss in horizo...
AbstractThe flow field in junction is complicated due to the ripple property of oil flow velocity an...
Pipe Distribution network system is very common in industries such as water supply industry, nuclear...
T-junctions are one of the most difficult pipe fitting in terms of calculation of the head loss occu...
AbstractThis paper deals with the fluid flow in the T-junction with the 90°C angle of the adjacent b...
Manifold arrangements with bifurcations/trifurcations lead to head losses in a fluid system. It is n...
Energy losses occurring in pipe junctions have been studied for many years. Head loss coefficients (...
Includes bibliographical references (leaf 45)Two dimensional computational fluid dynamics (CFD) mode...
Basic aim of this paper is to bring out the characteristics of the T-junctions. T-junction consists ...
The present paper analyzes the experimental results concerning the flow patterns and pressure drops ...
T-junction piping is broadly use in the application of flow separation in two phase fluid flow syste...
"October 15, 1957.""Reprinted from Highway Research Board Proceedings Volume 35, Page 177, 1956.""Th...
The present paper reports further analyses of the two-phase pressure drops experimental data obtaine...
The head loss in the nonlinear bend caused by the friction of the wall along the bend and the direct...
Application of Computational fluid dynamics (CFD) in studying T-Junction water pipe flow have been ...
This paper introduces two models. First, it introduces a model for geometric pressure loss in horizo...
AbstractThe flow field in junction is complicated due to the ripple property of oil flow velocity an...
Pipe Distribution network system is very common in industries such as water supply industry, nuclear...