About
Language of Instruction: Arabic Fluid mechanics is crucial for civil engineers, covering fluid properties, statics, and dynamics. Key concepts include density, viscosity, pressure, and buoyancy. Fluid dynamics involves the continuity equation and Bernoulli's principle. Flow can be laminar or turbulent, characterized by the Reynolds number. In pipe and channel flow, head loss and Manning’s equation are important. Applications include designing water supply systems, sewage and drainage networks, dams, weirs, and pumps. Understanding these principles ensures efficient and safe water management, essential for infrastructure projects like bridges, dams, and treatment plants.
Overview
Fluid Properties and Behavior, Dimensions and Unit
.2 steps
Fluid Statics, Pressure Variations
.3 steps
Measurement of Fluid Pressure & Hydrostatic Forces
.3 steps
Hydrostatic Forces and Flotation
.3 steps
Fluid Kinematics
.2 steps
Fluid Dynamics
.3 steps
More about Bernoulli’s Equation
.2 steps
Linear Momentum Equation
.2 steps
More about Linear Momentum Equation
.2 steps
Navier - Stokes Equations
.2 steps
Differential Analysis of Fluid Flows
.3 steps
Download Problem Sets
.1 step
Instructors
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Group Discussion
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