Fluid Mechanics
The Armfield Fluid Mechanics range plays a fundamental role in engineering teaching across multiple disciplines. The comprehensive range covers the complete curriculum requirement in Mechanical, Civil, Chemical Engineering and Food Technology encompassing subjects such as Hydrostatics and Properties of Fluids, Fluid Dynamics, Open Channel Flow (Free Surface Flow), Flow Around Bodies, Compressible Flow, Rotodynamic Machines.F1 Fluid Mechanics Series
F1-10- Hydraulics Bench
F1-15 Bernoulli’s Theorem Demonstration
F1-16 Impact of a Jet
F1-18 Energy Losses in Pipes
F1-20- Osborne Reynolds’ Demonstration
F1-21-Flow Meter Demonstration
F1-23- Free and Forced Vortex
F1-22 – Energy Losses in Bends and Fittings
C6-MKII Fluid Friction Measurements
C3-MKII-Multi-Pump Test Rig
C9 Flow Meter Demonstration Unit
C4-MKII Multi-Purpose Teaching Flume
C16 Hydrogen Bubble Flow Visualisation System
F1-17 Orifice and Free Jet Flow
F1-17a Orifice Discharge
C7-MKII Pipe Surge And Water Hammer Apparatus
F1-19 Flow Channel
F1-11 – Dead Weight Pressure Gauge Calibrator
F1-12 – Hydrostatic Pressure
F1-13 Flow Over Weir
C11-MKII Pipe Networks
F1-24-Hydraulic Ram
F1-14 – Metacentric Height
F1-25-Demonstration Pelton Turbine
F1-27 – Centrifugal Pump Characteristics
F1-28 – Cavitation Demonstration
F1-29 – Fluid Statics and Manometry
F1-30 Fluid properties apparatus
F1-31 Pascal’s Apparatus
F1-32 Francis Turbine
F9092 – Fluid Properties & Hydrostatics Bench
F4 – Precision Pressure Gauge Calibrator
F5-Osborne Reynolds’ Apparatus
F12 – Particle drag coefficients