HYDRODYNAMIC RESISTANCE AND HEAT TRANSFER OF A HOUSED DISK WITH RADIAL FLOW IN THE GAPIn the basic part of the gap (center of the flow) there is es-tablished for a given radius a constant value of the surrounding speed 尾 r. In the absence of delivery the angular velocity in the ...
Hydrodynamic resistance and the heat loss of rotating solids. (Book): L. A. Dorfman, translated by N. Kemmer, Oliver and Boyd, Ltd., Edinburgh and London, 1963, ix + 244 pages, 63s. For review see Nature, 200 (1963) 820–821
[19] studied the hydrodynamic and heat transfer characteristics of two domains of the jet flow. The first domain is the jump region and the other is the interfering films of two equal jets. The film of the jet flow was measured and analyzed. Recently Teamah et al. [20] studied the ...
Heat Transfer EngineeringShuli W.Hydrodynamic studies on heat exchangers with helical baffles. Heat Transfer Engineering . 2002Wang Shu-li.Hydrodynamic studies on heat exchangers with helical baffles.Heat Transfer Engineering.2002.43-49Wang Shuli.Hydrodynamic studies on heat exchangers with helical baffles...
The first approach uses Srinivasan curve fits for estimating thermodynamic and transport... A Diwakar,VKV Ramasahayam,K Bodi - Joint Aiaa/asme Thermophysics & Heat Transfer Conference 被引量: 0发表: 2018年 Analytical solution of sea water steady magneto-hydrodynamic equations subjected to stretching...
One of the major problems of using nanofluids in heat exchange applications is the forming and deposition of nanoparticles on the inner surface of the heat exchanger. In this paper, Water-Cmc fluid is used as a surfactant for nanoparticles to prevent dep
摘要: PROBLEM TO BE SOLVED: To provide a heat-sensitive transfer sheet having excellent transfer density, light fastness and aging stability, and free from problems in image defects caused by wrinkling of the heat-sensitive transfer sheet.
CHTC: Convective heat transfer coefficient φ: Volume concentration ρ: Density (kg m-1) μ: Dynamic viscosity (N s m-2) nf: Nanofluid np: Nanoparticle bf: Base fluid out: Outlet in: Inlet w: Wall i: Inner cr: Critical c: Coil...
Therefore, inner resistance is negligible to heat transfer (Bi<0.1) and uniform temperature distribution across the body can be assumed (Singh and Heldman, 2014). To determine heat transfer coefficient, the experimental transient temperature (at the surface or in the center) is measured. ...
Detailed velocity and heat transfer measurements of an advanced insert for impingement cooling F. Todd Davidson, David Helmer, Collin Parker, Lee Cox, ... Michael J. Benson Article 122066 select article Application of alternating electric field scale inhibition device in heat exchange station ...