... temperature distribution gravity waves finite difference methods fluid oscillations pipe flow natural convection pattern formation vortices Cylinder Enclosure Flows Heat Transfer Natural Convection Rotating The problem of natural convection in a nonuniformly heated horizontal cylinder...

... Enclosure Flows Heat Transfer Natural Convection Natural convection in vertical channels and within differentially heated cavities has been the subject of many analytical, numerical and experimental investigations because of its large range of applications in thermal control of electronic...

...; revision received March 5, 2003. Associate Editor: H. Bau. 29 April 2002 05 March 2003 17 07 2003 flow instability pattern formation Benard convection chaos Enclosure Flows Heat Transfer Instability Natural Convection Nuclear Thermosyphons Natural circulation...

... February 13, 2002; revision received September 25, 2002. Associate Editor: K. S. Ball. 13 February 2002 25 September 2002 21 03 2003 smoke flow simulation stratified flow density Enclosure Flows Entrainment Fire Heat Transfer Plumes Stratified One...

... 1 4 5 21 22 including a review of closed systems with time-dependent boundary conditions by Hyun 13 . Enclosure Flows Heat Transfer Mixed Convection Storage Transient stratified flow temperature distribution diffusion confined flow 13 February 2001 26 August...

... Editor: K. S. Ball. 09 July 2001 14 March 2002 16 07 2002 natural convection mixing jets pipe flow flow instability Enclosure Flows Fire Heat Transfer Impingement Jets Mass Transfer Mixed Convection Natural Convection Heat and mass transfer inside large...

... doubling)→ I (Intermittent)→ P (Periodic)→ N (Chaotic) for Ar=2 over a Ra range of 1.65 × 10 6 to 1.83 × 10 6 . The interval between periodic and chaotic flow is very short for Ar=5. confined flow laminar to turbulent transitions chaos Cavities Enclosure Flows Heat Transfer Modeling Natural...

... Nusselt number for perfectly conducting horizontal walls is found to be of similar nature to that in the case with radiation interaction. heat radiation natural convection confined flow Conjugate Enclosure Flows Heat Transfer Natural Convection Radiation Turbulence Contributed...

... convection computational fluid dynamics confined flow Enclosure Flows Heat Transfer Interferometry Measurement Techniques Natural Convection The transfer of heat from heated bodies in an enclosed environment is of considerable practical importance, particularly in the field of electronics...

... 2000 27 September 2000 natural convection confined flow vortices fluid oscillations Crystal Growth Enclosure Flows Heat Transfer Instability Liquid Metals Natural Convection Three-Dimensional Since experiments of Hurle et al. 1 , the problem in natural convection...

... by up to 550 percent due to shifting of the convective cells, but differences in the averaged quantities are no more than five percent. All of the results reported in this paper are based on the assumption that the flow is two-dimensional near the center of the enclosure. Flow visualization studies...

... Contributed by the Heat Transfer Division for publication in the JOURNAL OP HEAT TRANSFER. Manuscript received by the Heat Transfer Division, June 30,1997; revision received, June 7, 1999. Keywords: Conjugate Heat Transfer, Enclosure Flows, Nat- ural Convection. Associate Technical Editor: R. Douglass...

... received, Sep. 17, 1999. Associate Technical Editor: M. Hunt. 30 Jan 1999 17 Sep 1999 natural convection heat transfer confined flow Enclosure Flows Experimental Heat Transfer Natural Convection Steady Natural convection in an enclosure...

... 2007 Enclosure Flows Heat Transfer Convection Plumes Turbulent Bill R. G. , and Gebhart B. , 1979 , “ The Development of Turbulent Transport in a Vertical Natural Convection Boundary Layer ,” International Journal of Heat and Mass Transfer , Vol. 22 , pp. 267 – 277...

... convection, and on the total heat transfer between the vertical walls, inside the enclosure. Correlations, valid for the laminar range, are proposed. 01 Oct 1998 19 Mar 1999 05 12 2007 Enclosure Flows Heat Transfer Interferometry Natural Convection Radiation Anderson R...

...J. P. Burelbach; M. Epstein; H. K. Fauske 20 Oct 1997 11 Dec 1998 05 12 2007 Enclosure Flows Evaporation Experimental Heat Transfer Natural Convection Katsaros K. B. , Liu W. T. , Businger J. A. , and Tillman J. E. , 1977 , “ Heat Transport...

... for radius ratios larger than a value close to R = 1.15. 18 Feb 1998 23 June 1998 05 12 2007 Computational Enclosure Flows Heat Transfer Instability Natural Convection Bishop E. H., and Carley C. T., 1966, “Photographic Studies of Natural Convection between Concentric...

.... Keywords: Enclosure Flows, Forced Convection, Numerical Methods. Associate Technical Editor: M. Kelleher. major (background) cylindrical mesh for the pipe and a separate spherical (minor) mesh around the sphere. In the following sections the problem statement is described, followed by method of solution...

...S. Dutta; P. Dutta; R. E. Jones; J. A. Khan 01 Aug 1997 20 Mar 1998 05 12 2007 Enclosure Flows Flow Separation Forced Convection Heat Exchangers Turbulence Dutta, S., Dutta, P., Jones, R. E., and Khan, J. A., 1997, “Experimental Study of Heat Transfer Coefficient...

... 1997 07 01 2008 Enclosure Flows Flow Instability Liquid Metals Natural Convection Baumgartl J. , Budweiser W. , Mu¨ller G. , and Neumann G. , 1989 , “ Studies of Buoyancy Driven Convection in a Vertical Cylinder with Parabolic Temperature Profile ,” Journal...