Numerical Simulation for Performance Characteristics of Plunger Valve - Chaurasiya, Prem Kumar;Khare, Ruchi;Prasad, Vishnu
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Plunger valves are commonly used to control fluid flow inside piping systems and are the correct valves to use whenever pressure head or flow rates need to be safely and reliably regulated and controlled. A plunger valve consists of a plunger, which acts as a piston, crank and gear mechanism and an outlet according to the application and operations requirement. As the valve is opened, fluid starts flowing through the valve. The design of valve is characterised by its performance parameter. The detail flow behaviour is important to understand the valve for its efficient design minimizing the…mehr

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Produktbeschreibung
Plunger valves are commonly used to control fluid flow inside piping systems and are the correct valves to use whenever pressure head or flow rates need to be safely and reliably regulated and controlled. A plunger valve consists of a plunger, which acts as a piston, crank and gear mechanism and an outlet according to the application and operations requirement. As the valve is opened, fluid starts flowing through the valve. The design of valve is characterised by its performance parameter. The detail flow behaviour is important to understand the valve for its efficient design minimizing the losses. The performance characteristics of valve are required for operation at different opening and under different types of flow and critical for individuals planning and installing piping systems involving the valve. Performance parameter common to a plunger valve include pressure drop, loss coefficient, flow coefficient and cavitation coefficient. While these values can usually be obtainedexperimentally, it is sometimes not feasible or possible to calculate the performance parameter. Another method wherein plunger valve performance parameter can be obtained is flow simulation.
Autorenporträt
Prem Kumar Chaurasiya a terminé son M.Tech et son doctorat à l'Institut national de technologie Maulana Azad, Bhopal. Il travaille actuellement comme professeur adjoint à l'Institut des sciences et de la technologie de Sagar, Gandhi Nagar Bhopal. Le Dr Ruchi Khare est professeur associé et le Dr Vishnu est professeur au Maulana Azad National Institute of Technology Bhopal.