Abstract: This study explores the spatial differentiation of climate anomalies and associated circulation mechanisms across the African-South Asian monsoon belt through empirical analyses mainly for the period 1948?83. Observations ...

Abstract: The generalized energy equation is reduced into a simple form for conduction and convection modes of heat transfer across a hydrodynamic incompressible fluid film in the deformation phase of ...

Abstract: The equations of motion that define three-dimensional rigid-body impact with finite friction and restitution cannot be solved in a closed form. Previous work has shown that for general shapes ...

Abstract: We present an analysis of the rigid-body model for frictional three-dimensional impacts, which was originally studied by Routh. Using Coulomb’s law for friction, a set of differential equations ...

Abstract: We examine the heat transfer in a Newtonian fluid confined within a channel with a lower permeable wall. The upper wall of the channel is impermeable and driven by an accelerating surface ...

Abstract: This study focuses on interactions of vortices generated by a family of eddypromoting upstream rectangular cylinders (of different heights a* and widths b*) with the shear layers of a downstream square cylinder (of height ...

Abstract: The climatological features of the diurnal cycle and its spatial and temporal variability are investigated around the Himalayas using hourly, 0.05° ? 0.05° grid, near-surface rainfall data from the Precipitation Radar (PR) ...

Abstract: Abstract This study presents the results of a numerical investigation to evaluate the performance of clay soil treated with industrial wastes, such as jarosite waste (10%, 20%, 30%, and 40%), limestone powder (2.5%, 5%, ...

Abstract: A thermal Reynolds equation, which takes into account viscosity variation across the lubricant film thickness due to shear energy dissipation within the film, has been developed. It also takes ...