...B. Neethi Simon; K. Ramesh Transient thermal stresses of a bimaterial specimen with interface cracks, under uniform cooling by convection, are analyzed by photothermoelasticity and a coupled temperature-displacement, finite element scheme. The stress intensity factors of the interface crack...

...Oluwole Daniel Makinde In this paper, a mathematical investigation on the effect of convective cooling on a reactive third-grade fluid flowing steadily through a cylindrical pipe is performed. It is assumed that the system exchange heat, with the ambient following Newton’s cooling law...

...M. Abbaspour; K. S. Chapman The fully implicit finite-difference method is used to solve the continuity, momentum, and energy equations for flow within a gas pipeline. This methodology (1) incorporates the convective inertia term in the conservation of momentum equation, (2) treats...

... with one or two relaxation times. Convection from the crack surfaces is allowed and for the latter two models is itself influenced by thermal relaxation. A dynamic steady state of plane strain is assumed. Fourier heat conduction is shown to dominate away from the crack edge at low speeds; solution behavior...

... order method in space, and the nonlinear convection terms are explicitly approximated by the high order upwind variable-order nonoscillatory scheme method in space. The boundary conditions at the free surface couple the otherwise segregated velocity and pressure fields. The present work proposes...

...Shari J. Kimmel-Klotzkin; Fadi P. Deek Numerical simulations of turbulent convection under the influence of rotation will help understand mixing in oceanic flows. Though direct numerical simulations (DNS) can accurately model rotating convective flows, this method is limited to small scale and low...

...Rebhi A. Damseh The magnetohydrodynamics-mixed convection heat transfer problem from a vertical surface embedded in a porous media is studied. The effects of transverse magnetic field and radiation heat transfer are examined. Both cases of the mixed convection heat transfer problem, namely...

...Konstantin Kostarev; Antonio Viviani; Andrew Zuev The paper presents the experimental study of thermo- and solutocapillary Marangoni convection around a gas bubble in an inhomogeneous fluid with a vertical thermal or surfactant concentration gradient. The stationary bubble in the form of a short...

... (elementary Soret cell, beam deflection technique, thermal diffusion forced Rayleigh scattering technique, convective coupling and, in particular, the onset of convection in horizontal layers and the thermogravitational method). Results are provided for several systems, with both negative and positive Soret...

...-Stokes equations, Maxwell’s equations, Ohm’s law, and the heat equation, all nonlinearly coupled via Lorentz and electromotive forces, buoyancy forces, and convective and dissipative heat transfer. Employing the electric current density rather than the magnetic field as the primary electromagnetic...

... MECHANICS . 04 February 2004 17 March 2004 09 11 2004 aluminium metallic thin films self-diffusion diffusion creep chemical potential electromigration convection internal stresses Self-diffusion can generate stress in a single-component material. During deposition...

..., July 19, 2002; final revision, Apr. 12, 2003. Associate Editor: D. A. Siginer. 19 July 2002 12 Apr 2003 05 01 2004 fluid mechanics turbulence convection partial differential equations parabolic equations Burgers’ equation is used as a model for governing equations...

... August 2002 23 01 2003 liquid films integral equations velocity convection lubrication The study of the dynamics of liquid squeeze films is important in many practical engineering applications. The squeeze film force that arises due to the motion of two surfaces separated...