Summary Of Steady-State Devices (And Graphs) Flashcards by Sarah Boratynec | Brainscape

Q

Picture of a turbine

And function

A

Convert thermal energy to work

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Q

Picture of a compressor

And function

A

Increase pressure of a vapour or steam

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Q

Picture of a pump

And function

A

Increase pressure of a liquid stream

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Q

Picture of a throttling valve

And function

A

Drop pressure

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Q

Picture of a mixer

And function

A

Provide desired properties for a mixed stream

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Q

Picture of a heat exchanger (entire unit as CV)

And function

A

Transfer thermal energy from one stream to another

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Q

Picture of a heat exchanger (stream A as CV)

And function

A

Transfer thermal energy from one stream to another

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Q

Picture of a nozzle

And function

A

Increase velocity

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Q

Picture of a diffuser

And function

A

Increase pressure (decrease velocity)

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Q

Turbine: terms for first law

A

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Q

Compressor: terms for first law

A

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Q

Pump: terms for first law

A

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Q

Throttling valve: terms for first law

A

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Q

Mixer: terms for first law

A

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Q

Heat exchanger (entire unit as CV) : terms for first law

A

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Q

Heat exchanger (stream A as CV): terms for first law

A

Q

Nozzle: terms for first law

A

Q

Diffuser: terms for first law

A

Q

Applying First Law to CLOSED systems: first step

A

Q

Applying First Law to CLOSED systems: what’s after this

A

Q

Applying First Law to CLOSED systems: what’s after this (2)

A

Q

Applying First Law to CLOSED systems: what’s after this

A

Q

Applying First Law to CLOSED systems: what’s after this

A

Q

Applying First Law to CLOSED systems: what’s after this

A

Q

Applying First Law to CLOSED systems: what’s after these (2)

A

Q

What are the 3 regions on both types of graphs

A

Q

What are the two lines on both of the graphs

A

Q

Describe the 2 lines paths on a T-v diagram

A

Q

Describe the 2 line paths on a P-v diagram

A