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Stat ics | Dynamics | Open/Closed channel flow | Rotodynamics | Hydraulics
Fluid Mechanics
- F Series - Basic Principles
Complete Fluid Mechanics
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Basic Hydraulics Bench - F1-10
The F1-10 Basic Hydraulics Bench is designed as
a portable and self-contained service module
for the entire range of F1 accessories.
This accessory illustrates
those circumstances to which
Bernoulli’s Theorem may be
applied. Also, separately, why
in other circumstances the
theorem gives an inadequate
description of the fluid
behaviour.
BERNOULLI’S THEOREM
DEMONSTRATION - F1-15
This equipment
allows the pressure drop
of water passing through a
hydraulically smooth circular
pipe to be measured in detail
and the pipe friction equation
to be verified.
Energy Losses in Pipes
F1-18
This equipment allows the
force developed by a jet
of water impinging upon
a stationary object to be
measured.
Impact of a Jet - F1-16
This item is intended to
reproduce the classic
experiments conducted by
Professor Osborne Reynolds
concerning the nature of
laminar and turbulent flow.
Osborne Reynolds’
Demonstration - F1-20
This equipment permits
calibration of two orifices of
differing diameter.
Orifice and Free Jet Flow
F1-17
This accessory is designed to
introduce students to three
basic types of flow meter.
Flow Meter
Demonstration - F1-21
The Orifice Discharge
accessory enables full
analysis of the flow
through five different
orifices over a range of
flow rates.
Orifice Discharge
F1-17a
This accessory permits
losses in different bends;
a sudden contraction,
sudden enlargement and a
typical control valve; to be
demonstrated.
Energy Losses in Bends
and Fittings - F1-22
Fluid Dynamics
Statics
Dynamics
Hydraulics
Rotodynamics
OPEN/CLOSED
CHANNEL FLOW