ISBN 1-58514-604-8
Price: $24.99
Engineering Software
has developed a PDF webinar material (Advanced
Energy Conversion Analysis -- Webinar
Material)
that quickly,
easily and reliably
analyzes power
cycles, power cycle
components/processes
and compressible flow and
presents physical
properties and engineering
equations.
Air,
argon,
helium and nitrogen are considered as the
working
fluid when analyzing power
cycles, power cycle
components/processes and
compressible flow. When
dealing with combustion, six
different fuels
(carbon, hydrogen,
sulfur, coal, oil and
gas) react
with air and oxygen
enriched
air as
the oxidant
at
different
stoichiometry values (stoichiometry => 1) and
oxidant
input temperature values.
Webinar Material Options
Power
Cycles
Carnot
Brayton
Otto
Diesel |
Power Cycle
Components/Processes
Compression
Combustion
(Carbon/Hydrogen/Sulfur/Coal/Oil/Gas)
Expansion |
Compressible
Flow
Nozzle
Diffuser
Thrust |
Physical Properties
Temperature
(270 K < T < 5,000 K) |
| Engineering
Equations |
This PDF webinar material should prove to be a good tool for
those who are involved at various levels with design,
operation and management
of energy
conversion systems
(power and
propulsion systems).
Hardware Requirements and Software
Compatibility:
486 and
higher microprocessor, 16
MB RAM, 10
MB hard drive, Microsoft® Windows 98®, Windows 2000®,
Windows ME®,
Windows XP®, Windows Vista® and Windows 7®
Note:
Required
Adobe
Acrobat!
Engineering Software Windows (Windows 98, Windows
2000, Windows ME and Windows XP) based applications
are optimized for the
screen
resolution of 640 x 480
pixels,
while Windows Vista and Windows 7 based
applications
are
optimized for the
screen resolution
of 1,280 x 1,024
pixels!
  
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