Titlebook: Advances in Fluid Dynamics; Selected Proceedings B. Rushi Kumar,R. Sivaraj,J. Prakash Conference proceedings 2021 Springer Nature Singapore

鬧劇

,Drogen und galenische Pr?parate,ermeable plate with hall, ion-slip current, and chemical reaction as well as soret effects has been analyzed. The exact solution of the governing equations was attained using perturbation method. The influence of dissimilar parameters on velocity, temperature as well as concentration fields is state

ABIDE

https://doi.org/10.1007/978-3-642-90839-2. The solutions of the governing equations were taken as a pertubation series with pertubation parameter being the wave number. These infinite series were truncated at the first corrective term. Expressions for the axial and transverse conponents of the velocity, the pressure, the shear stress at th

Platelet

Kolloidchemische Untersuchungsmethoden,medium in revolving framework with conditions of diffusion and convection and also bringing current of Hall into account. We acknowledged two kinds of Nano fluids: they are TiO.–water and Ag–water. The governing equations would be illuminated analytically by utilizing the method of perturbation. Las

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enflame

Chemisch-technische Untersuchungsmethodenferent boundary conditions. In the current research paper, to arbitrate solutions for KdV, the . (2, 2) and the wave equation reliable iteration approach is taken into consideration. We apply VIM to solve all the equations. The study highlights the efficiency of the approach and its confidence on th

overwrought

https://doi.org/10.1007/978-3-642-90839-2ntenance technique that helps to fault diagnose of a machine system in running condition. This program is carried out in three steps: (i) detection; (ii) analysis; and (iii) correction. In CBM techniques, vibration analysis plays a vital role in identifying problems. The objective of this paper is t

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Chemisch-technische Untersuchungsmethodenmodel is used for nanoliquid description and values of thermophysical quantities concerning ethylene glycol-copper and the saturated porous medium it occupies are calculated using mixture theory or phenomenological relations. The study is carried out using general boundary conditions on the velocity

KEGEL

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Chemisch-technische Untersuchungsmethodenumerically in two cases by depending on wall boundary conditions. The high (hot) temperature vertical wall and the insulated bottom wall are considered in case (i) and the other case the bottom wall is uniformly heated while the vertical wall is thermally insulated. In both cases, the inclined wall