Content on this page requires a newer version of Adobe Flash Player.

Get Adobe Flash player
Flow Meter
Ads
Sponsored Links
Flow Indication & Control
» Straighteners / Conditioners
» Static Mixers
» Vaporizer Systems
» Sight Glass Indicators
» Flow Switch
» Indicator Panels
» Watercut meters
» Sensors
» Nozzles
» Crude Oil Mixing
» Leak Detection
» Air Eliminators
» Automatic Meter Reading
» Batching meter
» Flow Computer
» Flow Control
» Net Oil Computer
» Water Meters
» Wind Meters
» Test and Calibration Centers
» Flow Bench
» Hydraulic Flow Switch
» Flowmeters
Reynolds Number Calculator
Reynolds Number Calculator
This program calculates the Reynolds Number by entering in flow characteristics in circular conduits or pipe flows . It calculates the Reynolds number you might expect to determine if the fluid is acting in a laminar, transitional, or turbulent phase based on the Reynolds Number result. It is a simple calculation using a basic Reynolds textbook formula . 
Distance/Diameter:
Fluid Velocity:
Fluid Density:
Viscosity:
Reynolds Number R:

  

This reynolds number calculation is  for circular conduits/pipes. Pipe roughness which can have a small effect on the calculation has not been considered in the calculation on this page,

For more discussions and calculations regarding Reynolds number calculations for other applications e.g aeronautical

http://www.grc.nasa.gov/WWW/BGH/reynolds.html
Flow Meter Types
» Air Flow Meter
» Ultrasonic
» Thermal Mass
» Mass Flow Controller (MFC)
» Coriolis Mass
» Rotameter
» Positive Displacement PD Meter
» Vortex shedding
» Multiparameter Mass Vortex
» Multiphase
» Turbine
» Gas Flowmeter
» Compressed Air Meter
» Calorimetric
» Compound Meter
» Electromagnetic
» Flumes & Weirs
» Insertion Flow Meter
» Open Channel
» Orifice plate
» Paddle Meter
» Variable Area
» Venturi
» Doppler
» Transit-Time
» Portable Flow meter
» Low Flow Measurement
» Laminar Mass
» Medical
» OEM
» dP cell/transmitter
» Flow Meter