Series Pipeline Flow Analysis Problem Statement Water flows through series pipelines A-B-C with branches C-D and C-E: Pipe AB: d₁ […]
Tank Flow Analysis: Steady-State Condition Problem Statement A water tank with constant level h receives flow through: Section 1: Velocity
Pipe Flow Analysis: Branching System Problem Statement A 40cm diameter water pipe branches into two pipes (30cm and 20cm diameter).
Continuity Equation Analysis in Fluid Dynamics Physical Significance The continuity equation (∇·V = 0) represents: Conservation of mass in fluid
Which of the following velocity fields satisfies continuity equation? Read More »
Velocity Components and the Continuity Equation Problem Statement The following cases represent the two velocity components. Determine the third component
Acceleration in a Conical Pipe Problem Statement A conical pipe diverges uniformly from 0.1 m to 0.2 m diameter over
Fluid Flow Calculations Problem Statement Given the velocity field: $$ V = (6 + 2xy + t^2) \hat{i} – (xy^2
Fluid Flow Calculations Problem Statement A 30 cm diameter pipe carries oil of specific gravity 0.8 at a velocity of
Fluid Flow Discharge Calculation Problem Statement Water is flowing through a pipe of diameter 2.5 cm with a velocity of
Forced Vortex – Liquid Level Analysis Forced Vortex – Liquid Level Analysis Problem Statement Prove that in case of a
U-Tube Rotation Analysis Problem Statement A U-tube is filled with a liquid of specific gravity 1.25 to a height of
Speed of Rotating Tank Problem Statement A cylindrical tank of 1.5m in diameter and 3m in height contains water to
