Buscar
Mostrando ítems 1-10 de 1643
A steady-state model for heat pipes of circular or rectangular cross-sections
(1996-08-01)
The objective of this paper is to present a generalized analytical-numerical model of the internal flow in heat pipes. The model formulation is based on two-dimensional formulation of the energy and momentum equations in ...
A steady-state model for heat pipes of circular or rectangular cross-sections
(1996-08-01)
The objective of this paper is to present a generalized analytical-numerical model of the internal flow in heat pipes. The model formulation is based on two-dimensional formulation of the energy and momentum equations in ...
Two-dimensional axisymmetrical model for a rotating porous wicked heat pipe
(Pergamon-elsevier Science LtdOxfordInglaterra, 1997)
Experimental analysis of heat recoveries with heat pipes operating in low inclination angle
(1992-12-01)
Heat recovery devices are important in the optimization of thermal systems, since they can be used to reduce thermal losses to the environment. The use of heat pipes in these types of equipment can provide heat recoveries ...
Experimental analysis of heat recoveries with heat pipes operating in low inclination angle
(1992-12-01)
Heat recovery devices are important in the optimization of thermal systems, since they can be used to reduce thermal losses to the environment. The use of heat pipes in these types of equipment can provide heat recoveries ...
Two-Phase (Solid-Liquid) Flow in Inclined Pipes
(The Brazilian Society of Mechanical Sciences, 2001)
Super accelerated flow in diverging conical pipes
(Applied Mechanics and Materials Volume 110-116, 2012, Pages 880-885 2nd International Conference on Mechanical and Aerospace Engineering, ICMAE 2011;Bangkok;29 July 2011through31 July 2011;Code87387, 2011-07-31)
The motion of the upper free surface of a liquid column released from rest in a vertical, conical container is analyzed theoretically and experimentally. An inviscid, one-dimensional model, for a slightly expanding pipe's ...
ADJUSTED F FACTOR FOR MULTIPLE-OUTLET PIPES.
(1988-02-01)
An adjusted F factor to compute pressure head loss in pipes having multiple, equally spaced outlets is derived for any given distance from the first outlet to the beginning of the pipe. The proposed factor is dependent on ...