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one-dimensional heat transfer

THE STUDY OF TEMPERATURE PROFILE INSIDE WAX DEPOSITION LAYER OF WAXY CRUDE OIL IN PIPELINE

THE STUDY OF TEMPERATURE PROFILE INSIDE WAX DEPOSITION LAYER OF WAXY CRUDE OIL IN PIPELINE

... two-dimensional heat transfer model of calculating temperature profile inside wax deposition layer in the flow loop experiment at a time was deduced and established by using energy balance equations, ...

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Heat transfer during transient compression: measurements and simulations

Heat transfer during transient compression: measurements and simulations

... but heat transfer from the compressed gas can have a significant effect on the temperatures achieved in such facilities ([Edney, 1967]; [Kn¨ o¨ os, 1971]; [Kendall et ...plate heat transfer ...

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Temperature Distributions for Regional Hypothermia Based on Nonlinear Bioheat Equation of Pennes Type: Dermis and Subcutaneous Tissues

Temperature Distributions for Regional Hypothermia Based on Nonlinear Bioheat Equation of Pennes Type: Dermis and Subcutaneous Tissues

... nonlinear one-dimensional heat transfer model based on temperature-dependent blood perfusion to pre- dict temperature distribution in dermis and subcutaneous tissues subjected to point heating ...

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Process-Structure Relationships of Magnesium Alloys

Process-Structure Relationships of Magnesium Alloys

... is one of the reasons why the experimental grain diameter data did not match well with the heat transfer model used in this ...the one predicted by the one dimensional ...

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Modelling and Forecasting of One-dimensional Nonstationary Heat Transfer in Building Envelopes for Energy Efficiency Building

Modelling and Forecasting of One-dimensional Nonstationary Heat Transfer in Building Envelopes for Energy Efficiency Building

... Abstract: One-dimensional nonstationary heat transfer in three-layered building envelope is examined in this ...of heat transfer in capillary-porous structures of building ...

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Determination of One Dimensional Temperature Distribution in Metallic Bar Using Green’S Function Method

Determination of One Dimensional Temperature Distribution in Metallic Bar Using Green’S Function Method

... can transfer heat efficiently -as long as the air is allowed to move ...cannot transfer heat well because it cannot mix with air of a different ...Convection heat transfer may be ...

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A Simple One-Dimensional Model for Investigation of Heat and Mass Transfer Effects on Removal Efficiency of Particulate Matters in a Venturi Scrubber

A Simple One-Dimensional Model for Investigation of Heat and Mass Transfer Effects on Removal Efficiency of Particulate Matters in a Venturi Scrubber

... the heat and mass transfer phenomena, the velocity difference between the gas and drops is considerable and essentially higher efficiency is ...convective heat transfer and the cooling effects ...

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One-Dimensional Turbulence Based Multiscale Radiation Heat Transfer Model in Participating (Absorbing-Emitting) Gray Media.

One-Dimensional Turbulence Based Multiscale Radiation Heat Transfer Model in Participating (Absorbing-Emitting) Gray Media.

... scheme. One way to reduce the number of photon bundles required at each time step is to avaerage the radiative source term over multiple time step ...radiative heat source term with a window of 10 ...

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Unsteady Heat Transfer of Viscous Incompressible Boundary Layer Fluid Flow through a Porous Plate with Induced Magnetic Field

Unsteady Heat Transfer of Viscous Incompressible Boundary Layer Fluid Flow through a Porous Plate with Induced Magnetic Field

... The heat transfer flow past a continuous moving plate with variable temperature was investigated by Soundalgekar and RamanaMurty ...and heat transfer characteristics of a continuously moving ...

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Heat transfer coefficient determination for flow boiling in vertical and horizontal minichannels

Heat transfer coefficient determination for flow boiling in vertical and horizontal minichannels

... boiling heat transfer research during FC-72 laminar flow along a minichannel of 1 mm depth, positioned vertically and horizontally, with an enhanced heating ...surface. One glass pane allows to ...

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Unsteady Flows Characteristics in a  Channel with Oblique Plates

Unsteady Flows Characteristics in a Channel with Oblique Plates

... x = L , y = H − d cos α , and in span wise direction, z = 0, H / 2 respectively. For all tilt angles, two-di- mensional T-S wave grows with time and becomes unstable to three-dimensional perturbation. The two ...

6

Numerical Modeling of One-Dimensional
Hydrous Transfer in the Soil

Numerical Modeling of One-Dimensional Hydrous Transfer in the Soil

... The heat and water exchanges between the atmosphere and the ground surface are important processes for environmental ...studies. Heat energy and water supplied to the ground surface as solar and long wave ...

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15. On a $q$-analogue of the one-dimensional heat equation

15. On a $q$-analogue of the one-dimensional heat equation

... the heat equation arises as a modeling task in heat transfer and a variety of engineering, scientific, and financial ...the heat equation is developed by ...the heat polynomials and ...

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64-CPWTR model. Wong et al. [3]

64-CPWTR model. Wong et al. [3]

... the heat transfer characteristics of an insulated regular polyhedron; Chen et ...reliable one-dimensional method applied to heat-transfer problems associated with insulated ...

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Finite Element Analysis of One Dimensional Bio-Heat Transfer in Human Tissue

Finite Element Analysis of One Dimensional Bio-Heat Transfer in Human Tissue

... Mst. Nasima Bagum is an Assistant Professor in the Department of Industrial and Production Engineering in ShahJalal University of Science and Technology, Sylhet-3114, Bangladesh. She received B.Sc. Engineering on ...

7

Optimization and entropy production: application to Carnot-like refrigeration machines

Optimization and entropy production: application to Carnot-like refrigeration machines

... Further progress has been made by introducing an irreversibility factor (ratio), most often constant [16], that accounts for the internal irreversibility of the machine (endo-irreversibility). A step further [17] ...

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A three-dimensional numerical model of borehole heat exchanger heat transfer and fluid flow

A three-dimensional numerical model of borehole heat exchanger heat transfer and fluid flow

... In*the*discussion*of*the*inter5tube*heat*fluxes*at*long*timescales*it*was*noted*that* the*magnitude*of*the*flux*corresponded*to*the*differences*between*the*fluid*temperature* in* the* two* legs* of* the* U5tube* ...

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Approximate Solution of One dimensional Heat Conduction Problem

Approximate Solution of One dimensional Heat Conduction Problem

... Analytical methods have gained the interest of researchers for finding approximate solutions to partial differential equations. This interest was driven by the needs from applications both in science and technology. ...

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Three-dimensional Transient Heat Transfer Characterization of Crossflow Minichannel Heat Exchanger Apparatus

Three-dimensional Transient Heat Transfer Characterization of Crossflow Minichannel Heat Exchanger Apparatus

... The experiment of water flow in circular microtubes of fused silica and stainless steel with the hydraulic diameter of 50 to 254 μm was executed by Mala et al. [76]. The mean surface roughness of the tubes was ±1.75 μm, ...

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Numerical Analysis of Linear Parabolic Collector with Parabolic Absorber Tube

Numerical Analysis of Linear Parabolic Collector with Parabolic Absorber Tube

... The heat transfer analysis is performed by using the finite volume method and the optical analysis are conducted by using Monte Carlo ray tracing ...

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