Advantages of Turbulent Flow
Flow of fluids, both gaseous and liquid, is generally categorized into two distinct groups: laminar and turbulent. While one might assume that turbulent flow means […]
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Fluid Mechanics
Fluid mechanics is a branch of engineering concerned with the behavior of fluids including liquids and gases that involves the study of fluid properties, fluid statics, kinematics and dynamics. Key concepts in fluid mechanics such as fluid pressure, buoyancy, flow rate, Bernoulli’s principle, viscosity, lift and drag forces allows engineers to analyze and design fluid flow systems like pipes, pumps, turbines, ships, planes and other hydraulic machinery.
Absolute Pressure in Fluid Systems: Navigating the Fundamentals
Absolute pressure is the total pressure exerted by a fluid, including both atmospheric pressure and any additional pressure from the fluid itself. It is measured
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Are Streamline Flow and Laminar Flow the Same: Exploring Key Differences
When studying fluid dynamics, you might come across two seemingly similar terms: streamline flow and laminar flow. Both of these concepts describe the motion of
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Ball Valve Loss Coefficients: Minor Losses in Fluid Networks
Piping systems normally incur minor losses due to the presence of valves and fittings. For each type of valve, the minor loss can be quantified
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Bernoulli Equation: Analyzing Flow Along a Streamline
The Bernoulli equation describes the conservation of energy for a fluid flowing in a steady, incompressible stream. It states that the sum of the pressure
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Best Hydraulic Cross Section: Optimal Design for Open Channel Flow
In open channel flows, the best hydraulic cross section refers to a geometric configuration of a channel that maximizes flow efficiency, ensuring optimal hydraulic performance.
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Branched Pipe Flow Calculations: Navigating Complex Pathways
Complex piping systems that include branched pipe flow are commonly encountered in various industries, particularly those that rely heavily on piping distribution networks, such as
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Broad Crested Weir Equation: Depth Control and Flow Measurement
Broad-crested weirs are structures used in hydraulic engineering to measure and control the flow of water in rivers and channels. They consist of a wide,
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