In our recent posts, we
were focused on different types of thermodynamic cycles. We have seen various
posts based on the different types of thermodynamic cycles and these posts are
as mentioned below.
Here we have written each
post based on the different types of thermodynamic cycles for easy access and
to secure complete information about the different types of thermodynamic
cycles.
Posts based on different types of thermodynamic cycles
- Reversed Carnot heat engine cycle
- Classification of thermodynamic cycles
- Difference between Rankine and Carnot cycle
- Rankine cycle
- Carnot cycle
- Otto cycle
- Diesel cycle
- Actual Rankine cycle versus ideal Rankine cycle
- Basic concept of an ideal regenerative Rankine cycle
- Regenerative Rankine cycle with feedwater heater
- Rankine cycle with reheat and regeneration
- Otto cycle: the ideal cycle for internal combustion spark ignition engine
- Diesel cycle the ideal cycle for compression-ignition engines
- Working principle of open cycle gas turbine
- Working principle of closed cycle gas turbine
- Brayton cycle the ideal cycle for gas-turbine engines
- Dual cycle, limited pressure cycle or mixed cycle
- Effect
of regeneration on Brayton cycle
- Effect of inter-cooling on Brayton cycle
- Brayton cycle
- Brayton cycle with reheating
- Stirling cycle PV and TS diagram
- Ericsson cycle PV and TS diagram
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Further we will find out,
in our next post, main
components of reciprocating pump.
Reference:
Fluid Machines, By Prof. S.
K. Som
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