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Category: Pressure Drop in Piping

Basic Principles

Piping – Moody Friction Factor

Posted on September 25, 2009

The factor of proportionality in the previous equations is called theĀ  Moody friction factor and is determined from the Moody resistance diagram shown in Figure…

Basic Principles

Piping – Darcy's Equation

Posted on September 25, 2009

This equation, which is also sometimes called the Weisbach equation or the Darcy-Weisbach equation, states that the friction head loss between two points in a…

Basic Principles

Piping – Bernoulli's Theorem

Posted on September 25, 2009

It is customary to express the energy contained in a fluid in terms of the potential energy contained in an equivalent height or “head” of…

Basic Principles

Piping – Flow Regimes

Posted on September 25, 2009

Flow regimes describe the nature of fluid flow. There are two basic flow regimes for flow of a single-phase fluid: laminar flow and turbulent flow.…

Basic Principles

Piping – Reynolds Number

Posted on September 25, 2009

The Reynolds number is a dimensionless parameter that relates the ratio of inertial forces to viscous forces. It can be expressed by the following general…

Pressure Drop in Piping

Pressure Drop In Piping

Posted on September 25, 2009

Piping design in production facilities involves the selection of a pipe diameter and a wall thickness that is capable of transporting fluid from one piece…

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