Abstract: In this paper, an analysis on a bioconvection flow of a nanofluid past a vertical flat plate in the presence of an out powerlaw stream is made. The passively controlled nanofluid model is used to approximate this flow ...

Abstract: An investigation is made to study the Blasius flow of a nanofluid in the presence of homogeneous–heterogeneous chemical reactions. Here, the diffusion coefficients of the reactant and autocatalyst are considered to be in ...

Abstract: A series of repeated loading nanoindentation experiments were performed on muscovite with a sharp indenter tip and loading direction normal to the basal plane, and the maximum load (

Abstract: A study is given of the deformations of an incompressible body composed of a neo-Hookean material subjected to a uniform, spherically symmetric, tensile dead load. It is based on the energy ...

Abstract: The positivity condition for discrete model reference system identification systems can be eliminated by adapting the parameters of the series compensator. The extension to continuous system ...

Abstract: In an open channel, the transformation from a supercritical flow into a subcritical flow is a rapidly varied flow with large turbulent fluctuations, intense air entrainment, and substantial energy dissipation called a ...

Abstract: Excessive heat generation within a body can cause unbounded temperature or thermal instability. In this work, a new stability test is established for heat conduction in one-dimensional multilayer ...

Abstract: The forced convection of a pulsating flow in a saturated porous parallel-plates microchannel driven by a periodic pressure in the presence of an electrical double layer is investigated. Such configuration is very important ...

Abstract: This paper develops an innovative undrained solution for cylindrical cavity expansion using a hypoplastic model that could well reflect the mechanical properties of clay, especially the structural degradation of unstable ...