Size reduction is a process employed in various industries to reduce the dimensions of particles or materials, resulting in smaller pieces or particles. This reduction in size can serve multiple purposes, ranging from improving material handling to enhancing reactivity in chemical processes. The methods used for size reduction are diverse …
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Rotameter: Components, Principle, Types, Advantages
A rotameter, also known as a variable area flowmeter, is a device used to measure the flow rate of a fluid in a pipeline. It operates based on the principle of variable area, where the fluid flow causes a float or rotor to move within a conically shaped tube. The …
Pitot tube: Components,Principle, Types, Application, Advantages
A Pitot tube is a widely used instrument for measuring the velocity of fluid flow, especially in aerodynamics and fluid dynamics applications. Named after Henri Pitot, who invented it in the 18th century, the Pitot tube relies on the principle of Bernoulli’s equation to determine fluid velocity by measuring the …
Venturi meter: Components, Principle, Limitation
A Venturi meter is a flow measurement device used to determine the flow rate of fluid in a pipeline. It operates based on the principle of Bernoulli’s equation, utilizing the change in cross-sectional area to create a pressure difference that correlates with the fluid flow rate. Venturi meters are commonly …
Orifice meter: Components, Principle, Types, Advantages
An orifice meter is a widely used device for measuring the flow rate of fluids in pipelines. It operates based on the principle of restricting the flow through an orifice, creating a pressure difference across the orifice that can be correlated with the flow rate. Here is a detailed note …
Energy losses
Energy losses occur in various systems and processes due to factors such as friction, turbulence, heat transfer, and inefficiencies inherent in the design or operation of a system. Reducing energy losses is a key focus in engineering and design to enhance the efficiency and sustainability of processes. Here are common …
Bernoulli’s theorem and its applications
Bernoulli’s Theorem: , pressure, and elevation along a streamline. The theorem is based on the conservation of energy for an ideal fluid flowing along a streamline with no external work or heat transfer. The general form of Bernoulli’s theorem is given by: where: – P is the pressure of the …
Reynolds number and its significance
Reynolds Number Osborne Reynolds introduced the Reynolds number (Re) in the late 19th century as a dimensionless quantity used in fluid mechanics to predict flow patterns in various fluid flow situations. This parameter helps determine whether the flow of a fluid, whether liquid or gas, will be laminar or turbulent. …
Flow of fluids and Types of Manometers
The flow of fluids is a critical aspect of fluid mechanics, and manometers play a crucial role in measuring and understanding fluid flow. A manometer is a device used for measuring pressure, typically in a closed container or system. There are different types of manometers, each with its specific applications …
Pharmaceutical Sieves and Standards
Pharmaceutical sieves are essential tools in the pharmaceutical industry, used to separate and classify pharmaceutical materials based on particle size. These sieves are crucial in quality control, formulation development, and pharmaceutical manufacturing. Here’s a detailed note on pharmaceutical sieves and the standards that govern their use: Pharmaceutical Sieves Pharmaceutical sieves …
