Steady Flow of Fluid through Equilateral Triangular Tube

Abstract

Keeping in view the importance of fluid mechanics in various
applications in hydrology and chemical engineering, the aim of the
present paper is to report an analysis of the steady flow of fluid
through an equilateral triangular tube by taking into account the
velocity slip and no velocity slip at the surface of the medium. The
fluid motion and tlux are obtained in both cases. The tlow considered
here is laminar and steady. Therefore, the velocity of fluid
is a function of any distance taken from z-axis. A palticular case
i.e. the motion of frictionless fluid in a rotating vessel of the form
of hyperbolic cylindrical section has been considered and important
mathematical results and conclusions have been drawn.