... systems, inverse space marching method, heattransferin short slot ducts, freezing an drying mechanisms, variable property effects inheat transfer, heattransferin electronics and process industries, ... combustion, heat transfer in liquid metal flows, human comfort in underground mining, heattransfer on electrical discharge machining, mixing convection are included in this book aiming. The ... phenomenon is initiated only in a local heating point, thus in our model we assume an initial hot zone with the temperature above the critical value Tc. Developments inHeatTransfer ...
... been obtained, we combine all these partial maps (Js, resp. Υs) intosingle ones (J, resp. Υ) in the following way:31 Heat Transfer for NDE: Landmine Detection Developments inHeatTransfer ... Landmines from Measured Infrared Images using Thermal Modeling ofthe Soil, PhD thesis, Universidad de Santiago de Compostela.44Developments inHeatTransfer Heat Transfer for NDE: Landmine ... the heat input increases. At maximum heat input (23A for every single channel) in this experiment, the equivalent weight heattransfer rate of non-uniform cross- Magneto Hydro-Dynamics and Heat...
... solution containing the product is generally processed in vials, placed over the shelves in a drying chamber. However, it is worth stating that, in industrial practice, other loading configurations ... radiation and heat conduction though the metal frame, vials at the edge of the batch Heat Transferin Freeze-Drying Apparatus 93 Firstly, the heattransfer coefficient between the heating shelf ... considering the recurrence interval of general active faults in Japan, ranging from 1000 to 10000 years Developments inHeatTransfer 76 from plasma and the heat generated in itself...
... Concerning that structure of hot water heating coil pipe is buried under the floor in radiant floor heating system in general, heattransfer phenomena from hot water pipe to floor and ceiling ... to maintain 22.8°C, the mean indoor temperature. The indoor air maintains a temperature of 33.1°C after initially increasing to 24.1°C. The flow rate steadily decreases but its drop dwindles ... floor heating system may contain long time delay as inappropriate response characteristics on indoor temperature control due to significant influence of thermal inertia when performing indoor...
... ISSN 0077-8923 Cho, Y.I. (1992). Bioengineering Heat Transfer, In: Advances inHeat Transfer, J.P. Hartnett & T.F. Irvine, (Ed.), Academic Press, Inc., ISBN 978-0-12-020022-8, San Diego, ... Vasculature (DIVA) Model Simulating the Thermal Impact of Individual Blood Vessels for In Vivo Heat Transfer, In: Advances in Numerical Heat Transfer: Volume 3, Minkowycz, W.J., Sparrow, E.M. ... Simplified Thermoregulatory Bioheat (STB) model is introduced for evaluating heattransfer within the segments of the human body. Finally, section 5 outlines the main conclusions and recommendations...
... forced-convection ovens using hot air impinging jets in the (a) coating and converting and (b) bread baking industry In the coating and converting industries, drying capacity is often the key ... aisle containment strategies Relying on air as the primary heattransfer medium in data centres is becoming increasingly problematical due to inexorable increases in power densities in IT equipment. ... used in the coating, converting and bread baking industries. Advances in CFD methods are now being exploited within these industries and have shown, for example, how the required heat flux into...
... irreversibility inheat engine. Since the reversible heat engine converts the total entransy gained during the Carnot cycle to perform work, we may define the efficiency of the heat engine in terms ... obtained by the heat engine in the Carnot’s cycle is utilized to deliver work W, the rest is consumed by the irreversibility in the heat engine. In order to quantify the irreversibility occurring ... Application inHeatTransfer 249 reservoir, the greater the entransy obtained by the heat engine in the Carnot cycle. Obviously, the larger entransy means higher ability for heat engine to perform...
... helpful in selecting the form of the heattransfer correlation in which certain coefficients and exponents are to be determined. Developments inHeatTransfer 278 Fig. 3. Space marching in ... system into two independent circuits – heater’s and heat sink’s. Inheat sink circuit, which consisted of hydraulic couple and heat exchanger hot water flow was forced by circulating pump. Nominal ... improvement inheat exchanger performance can lead to large gains in terms of energy saving and environmental protection. Hence, inheat exchanger design, reduction in total cost and improvement in heat...
... thermosyphon. 2.5.1 Surging (chugging) and geysering instability Surging and geysering occur mainly because of liquid superheat. Surging occurs when boiling is initiated in the evaporator, but ... drag-reducing solution stirred in a beaker Developments inHeatTransfer 328 (2) thermosyphon. A heat exchanger is a key component in the thermal systems used for transferring heat from ... Assuming heat transfer from a high temperature gas-cooled reactor to an industrial facility at 1223 K, the maximum single-phase heattransfer is given by the enthalpy gain from points A to B in...
... reasonable accuracy. In a recent study, Cho et al. [12] investigated the effect of a gap in the inclined rib on heattransferin a square duct and reported that a gap in the inclined rib accelerates ... the heated wall in transverse, inclined, V-continuous and V- discrete pattern. Int. Journal of Heat Mass Transfer 2003; 30(2): 241-250. [17] Bhagoria J.L. and Sahu M.M. Augmentation of heattransfer ... turbulence which will result in an increase in the heat transfer. They reported that the inclined rib arrangement with a downstream gap position shows higher enhancement inheattransfer compared to...