# مقالههای . PROF. RABINDRA NATH JANA

**توجه:**محتویات این صفحه به صورت خودکار پردازش شده و مقالههای نویسندگانی با تشابه اسمی، همگی در بخش یکسان نمایش داده میشوند.

##### ۱Radiation Effect on MHD Fully Developed Mixed Convection in a Vertical Channel with Asymmetric Heating

اطلاعات انتشار:
Journal Of Applied Fluid Mechanics،
هفتم،شماره۳، ۲۰۱۴،
سال ۰

تعداد صفحات:
۱۰

Effects of radiative heat transfer on MHD fully developed mixed convective flow of a viscous incompressible electrically conducting fluid through a vertical channel with asymmetric heating of the walls in the presence of a uniform transverse magnetic field has been studied. An exact solution of the governing equations has been obtained in closed form. It is observed that the velocity field is greatly influenced by the radiative heat transfer as well as bouyancy forces. The induced magnetic field decreases at any point near the left wall and it increases near the right wall of the vertical channel with increase in radiation parameter. Further, an increase in radiation parameter leads to a decrease in the temperature at any point of the channel flow. A limiting consideration of the solutions of the governing equations of the flow are analyzed for Ra1.

##### ۲Effects of Hall Currents and Radiation on Unsteady MHD Flow Past a Heated Moving Vertical Plate

اطلاعات انتشار:
Journal Of Applied Fluid Mechanics،
هفتم،شماره۴، ۲۰۱۴،
سال ۰

تعداد صفحات:
۱۰

The effects of Hall currents and radiation on MHD flow of a viscous incompressible electrically conducting fluid past a moving vertical plate with variable temperature in the presence of a uniform transverse magnetic field have been studied. The governing equations are solved analytically using the Laplace transform technique. Effects of the physical parameters on the velocity (both primary and secondary) profiles and temperature distribution are shown graphically and the results are discussed.

##### ۳Transient MHD Free Convective Flow of an Optically Thick Gray Gas Past a Moving Vertical Plate in the Presence of Thermal Radiation and Mass Diffusion

اطلاعات انتشار:
Journal Of Applied Fluid Mechanics،
هشتم،شماره۱، ۲۰۱۵،
سال ۰

تعداد صفحات:
۹

The purpose of present investigation is to analyse bouyancy–driven radiation–convection flow past a moving vertical plate with reference to an optically dense medium in the presence of mass concentration, using Rosseland approximation permeated by a magnetic field. The flow is considered to be gray in the presence of free convection, mass transfer and radiation. An exact solution of the governing equations is obtained by applying the Laplace transform method. Numerical results of velocity distributions, shear stress, temperature distribution and mass concentration are presented graphically to give physical insight into the flow pattern.

##### ۴Hall Effects on Unsteady Hydromagnetic Flow Past an Accelerated Porous Plate in a Rotating System

اطلاعات انتشار:
Journal Of Applied Fluid Mechanics،
هشتم،شماره۳، ۲۰۱۵،
سال ۰

تعداد صفحات:
۹

An unsteady hydromagnetic flow of a viscous incompressible electrically conducting fluid past an accelerated porous flat plate in the presence of a uniform transverse magnetic field in a rotating system taking the Hall effects into account have been presented. An analytical solution describing the flow at large and small times after the start is obtained by the use of Laplace transform technique. The influences of the physical parameters acting on the flow are discussed in detail with the help of several graphs. It is found that interplay of Coriolis force and hydromagnetic force in the presence of Hall currents plays an important role in characterizing the flow behavior.

##### ۵Unsteady Free Convection Flow past a Vertical Plate with Heat and Mass Fluxes in the Presence of Thermal Radiation

اطلاعات انتشار:
Journal Of Applied Fluid Mechanics،
هشتم،شماره۴، ۲۰۱۵،
سال ۰

تعداد صفحات:
۱۰

The problem of unsteady free convection flow past an infinite vertical plate with heat and mass fluxes in the presence of thermal radiation is studied. The dimensionless coupled linear partial differential equations governing the flow are solved by employing the Laplace transform technique. Exact solutions have been obtained for the fluid velocity, temperature and mass concentration for the cases of both uniform heat flux (UHF) and uniform wall temperature (UWT). The numerical results for the fluid velocity, temperature and mass concentration are presented graphically for various pertinent flow parameters and discussed in detail.

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