CE-501 Fluid Mechanics-I Notes
5 notes for Fluid Mechanics-I, unit by unit.
Notes for CE-501
- Unit 1 · Short notes Review of Fluid Properties Engineering units of measurement · mass · density · specific weight · specific volume · specific gravity
- Unit 2 · Short notes Kinematics of Flow Types of flow - ideal & real, steady & unsteady, uniform & non uniform, one, two and three dimensional flow · path lines, streamlines, stream tubes · continuity equation for one and three dimensional flow · rotational & irrotational flow · circulation · stagnation point
- Unit 3 · Short notes Dynamics of Flow Euler’s equation of motion along a streamline and derivation of Bernoulli’s equation · application of Bernoulli’s equation · energy correction factor · linear momentum equation for steady flow · momentum correction factor · moment of momentum equation
- Unit 4 · Short notes Laminar Flow Introduction to laminar flow · Reynolds experiment & Reynolds number · relation between shear & pressure gradient · laminar flow through circular pipes · laminar flow between parallel plates · laminar flow through porous media
- Unit 5 · Short notes Dimensional Analysis and Turbulent Flow Dimensional Analysis and use of Buckingham‑π theorem · Introduction to Turbulent flow – Prandtl mixing length hypothesis · Flow over smooth & rough surface · Darcy–Weisbach resistance equation · variation of friction factor & Moody’s diagram · pipe flow problem
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- CE-503 (B) Construction Planning & Management
- CE-503 (C) Quantity surveying & Costing
- CE-503 (D) Marine Construction
- CE-504 (A) Urban & Town Planning
- CE-504 (B) Remote Sensing & GIS
- CE-504 (C) Renewable Energy Sources
- CE-504 (D) Entrepreneurship Development & Management
- CE-505 Quantity Surveying & Costing (Lab)
- CE-506 Material Testing Lab