[PDF] Top 20 Effects of Surface Topographies on Heat and Fluid Flows
Has 10000 "Effects of Surface Topographies on Heat and Fluid Flows" found on our website. Below are the top 20 most common "Effects of Surface Topographies on Heat and Fluid Flows".
Effects of Surface Topographies on Heat and Fluid Flows
... the heat transfer and minimizing pressure ...laminar flows despite the increase of the wetted surface ...the heat transfer enhancement resulting from the introduction of longitudinal grooves ... See full document
248
Melting Effect of MHD Micropolar Fluid Flow over a Radiative Vertical Surface towards Stagnation Point
... radiation heat transfer becomes very important for design of reliable equipment, missiles, nuclear plants, gas turbines and various propulsion devices or aircraft, satellites and space ...vertical surface. ... See full document
15
Effect of viscous dissipation on falkner skin stretching and shrinking wedge flow of a power – law fluid with convective boundary condition
... combined effects of the Joule heating and viscous dissipation have significantly influenced the surface temperature ...micropolar fluid with the effect of Ohmic heating, radiation and viscous ... See full document
9
Effects of radiation and thermal slip on heat transfer analysis of non-newtonian fluid from an isothermal sphere
... The dynamics of non-Newtonian fluids has been a popular area of research because of its applications. Examples of such fluids include coal-oil slurries, shampoo, paints, clay coating and suspensions, grease, cosmetic ... See full document
7
SUCCESS OF SMALL ENTREPRENEURS - ROLE OF CRITICAL FACTORS
... dissipation effects were consider on mhd nonlinear flow and heat transfer past a stretching porous surface embeded in a porous medium under a transverse magnetic field is studied Anjalidevi and ... See full document
14
Casson Fluid Flow and Heat Transfer over a Permeable Vertical Stretching Surface with Magnetic Field and Thermal Radiation
... Casson fluid and heat transfer over a permeable vertical stretching surface considering the effects of magnetic field and thermal ...The effects of various involved parameters on flow ... See full document
6
Mixed Convection MHD Stagnation Point Flow over a Stretching Surface with the Effects of Heat Source or Sink and Viscous Dissipation
... Figure 1 illustrates the velocity profile for different values of the magnetic parameter M. As The value of M increases, velocity decreases due to Lorentz force. Figure 2 shows that the velocity profile for different ... See full document
8
Heat Transfer Enhancement through Liquid Jet Impingement
... a heat exchanger with an impinging jet cooling system by using ...improved heat transfer efficiency and that the pressure drop in the system did not change ...studied heat transfer due to a single ... See full document
5
HEAT TRANSFER ENHANCEMENT THROUGH JET IMPINGEMENT
... that flows outwards under the action of the impinging ...the heat transfer and fluid flow characteristics of the circular hydraulic jump by air- assistant water jet impingement using water and air as ... See full document
5
Behaviour of Soret and Dufour Effects on Unsteady Micropolar Fluid Considering Viscosity and Thermal Conductivity as Variable Quantities under Mixed Convection and Mass Transfer
... Micropolar fluid is that fluid which contains micro- structures, can undergo rotation, the presence of which can affect the hydrodynamics of the ...of heat and mass transfer had been undertaken by ... See full document
9
Analytic Solution of MHD Stagnation Point Flow over a Stretching Permeable Surface with Effects of Viscous Dissipation and Joule Heating
... conducting fluid like a liquid metal, electrolyte or plasma under the influence of magnetic field induces electric ...of fluid has many applications in industries, for example, to drive flow, in- duce ... See full document
15
Unsteady free convection boundary layer flows of a Bingham fluid in cylindrical porous cavities
... Bingham fluid in a vertical circular cylinder which is filled with a porous ...outer surface, and therefore the paper may be categorised in the same way as the works of Kleppe and Marner (1972) and of Rees ... See full document
18
The Oscillating Flows and Heat Transfer of a Generalized Oldroyd-B Fluid in Magnetic Field
... Maxwell fluid between two side walls. Moreover, MHD flows have wide converged on the development of energy generation and in astrophysical and geophysical fluid ...the heat and fluid ... See full document
6
Simulation of Surface Intensification of Heat Exchange in Shell-and-Pipe and Heat Exchanging Devices
... industries heat from a hot heat transfer agent to cold one is transfered through an intermediate body ...hot heat transfer agent transfers heat from one surface to another, and a cold ... See full document
9
Mathematical Modelling for Thermal and Mechanical Design of Shell and Tube Type Gas Cooler Used in Transcritical CO2 Refrigeration System
... temperature is above critical temperature of refrigerant. To achieve it, the condenser in conventional refrigeration system is replaced by Gas Cooler where Refrigerant vapour is cooled sensibly without condensation. The ... See full document
6
Numerical Analysis of Non-Uniform Heat Source/Sink in a Radiative Micropolar Variable Electric Conductivity Fluid with Dissipation Joule Heating
... laminar fluid through a semi-finite plate that is inclined at an angle α to the vertical is ...the fluid is inert ( U ∞ = 0) with the buoyancy forces causing the convective ...The fluid viscosity µ ... See full document
8
Investigation of Non-Newtonian Fluid Effects during Transient Flows in a Pipeline
... Pezzinga et al. analysed transients in pressurized polymeric pipes using a two-dimensional (2D) Kelvin- Voigt viscoelastic model [19]. Differences between the transients in viscoelastic and elastic pipes are pointed out ... See full document
11
STATIC ANALYSIS OF HEAT EXCHANGER UNDER VARIOUS OPERATING CONDITION
... tube heat exchanger is capable of resisting all the static forces acting on it during various operations as all the values of stresses and deformation are within the ... See full document
10
Parents of two-phase flow and theory of “gas-lift”
... with heat flux in this boiling regime. Once the clad surface temperature of the coolant, it tends to remain near that level unless the heat flux reaches the DNB ... See full document
9
A Study of the Simulation Experiments of Gravity Currents
... driven flows and turbidity currents are also examples of gravity ...another fluid. The current moves because it has a higher density than the fluid through which it flows [1, ...heavier ... See full document
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