Steady 2D Rectilinear Flow

This course covers the comprehensive understanding of fluid dynamics in various duct shapes. For instance, the course delves into the steady pressure driven flow of incompressible Newtonian liquid through a rectangular duct, explaining the use of separation of variables method to solve partial differential equations. It also explores the concept of Poiseuille flow inside an equilateral triangular duct and an elliptical duct with a constant cross-section. The course further discusses the process of solving problems related to the flow of a Newtonian liquid in an inclined infinitely long tube of rectangular cross-section. Each lesson provides a detailed explanation on how to calculate the volumetric flow rate, the maximum velocity, and the velocity distribution inside the ducts.