[PDF] Top 20 Heat and fluid flow in a scraped-surface heat exchanger containing a fluid with temperature-dependent viscosity

... Newtonian fluid in a simplified model of a narrow-gap ...the flow within a laboratory-scale SSHE and found qualitative agreement with numerical simulations obtained using a lattice-Boltzmann discretization ... See full document

... incompressible fluid along a vertical wavy surface have been investigated by Hossain and Rees ...wavy surface in micropolar ...of fluid with temperature dependent ... See full document

... cal heat transfer is found to be negative, indicating the heat transfer from the wall to the fluid is greatly en- hanced near the wall as the Eckert number ...the temperature distribution ... See full document

... two-dimensional flow of an isothermal incompressible Newtonian fluid of viscosity µ in a long parallel-sided channel of width H in which there is a periodic array of inclined smoothly pivoted thin ... See full document

... [26] reported that when the plastic dynamic viscosity and thermal conductivity of non-Newtonian Casson fluid are considered as temperature dependent, exponentially decaying internal heat[r] ... See full document

... of heat exchanger, heat capacities and variation of temperatures of fluid under observation is required to make sure the heat exchanger performance is best suited for all ... See full document

... internal heat generation Q = 1, 5 and ...internal heat generation, Q ...ternal heat generation is a destabilizing factor to make the system more ...the surface tensile mode as Q increases ... See full document

... , temperature-dependent variable viscosity and thermal conductivity parameters ξ and ε when ( G G r = c < 0 ) which physically means cooling of the fluid or heating of the surface ... See full document

... tube heat exchanger use for high viscous fluid and study of thermal analysis of scraped heat exchanger by using high viscous fluid which is used in food industries, ... See full document

... Williamson flow which yielded from a nonlin- ear stretching sheet after introducing the following ...the viscosity parameter α which ranging from ...and temperature profiles are introduced in ...the ... See full document

... In the conventional geothermal power plant almost 100% of the brine from a separator is re-injected into the earth in hot condition through a reinjection well. A brine of around 150 o C with a mass flow rate at ... See full document

... of heat transfer and pressure drop for flow past inline and staggered tube bundles), this study was developed an indigenous three-dimensional computational code and apply it to compare flow and ... See full document

... the flow in this study is laminar , laminar effects should be taken into account using turbulence ...the viscosity calculation method, and the constants used in the model are the main differences between ... See full document

... highest heat efficiency, it is due to T1 has the smallest heat transfer ...water temperature of T3 is lower than that of T2, leading to the condensation efficiency of T3 is better than that obtained ... See full document

... Greiciunas, E, Borman, D and Summers, J orcid.org/0000-0001-8266-5038 (2016) Transitional fluid flow numerical modelling in sinusoidal heat exchanger channels. In: International Conference on ... See full document

... Description of formulas for calculations and designs for gas-lift reactors also serve gas lift model in the laboratory of the Department of Power System Engineering. The model in the first stage is used as media for ... See full document

... convective heat transfer coefficient of aqueous carboximethyl cellulose (CMC) solutions in double-pipe heat ...the heat transfer and variation of CMC concentration has a noticeable effect on the ... See full document

... have*been*investigated*using*data*collected*during*cyclic*operation*of*the*experimental* heat* ...of* fluid* in* the* ...the* heat* pump* system* controls* are* to* be* ...seasonal* heat* ... See full document

... the flow variation of input fluid and the second is the temperature variation of input ...the flow variation of input fluid is a more prominent disturbance than the temperature ... See full document

... Heat Transfer Area m2 Specific Heat Capacity of Hot Fluid Specific Heat Capacity of Cold Fluid Fouling Factor Mass Flow Rate of Cold Fluid kg/h Mass Flow Rate of Hot Fluid kg/h Heat Duty[r] ... See full document