Abstract
A 'simple' and fast 1 dimensional computational fluid dynamics simulator made for simulating Ejectors for heat pump and refrigerator applications. It includes modules for simulating two phase supersonic nozzles, that are crucial parts of supersonic ejectors.
Using this package you can easily calculate mass flow-rates of motive and suction nozzles of ejectors with the user defined ejector geometry and fluid specification. The provided functions solve simplified differential-algebraic equations of the fluid flow (mass, momentum and energy equations). This package calculates and plots speed, pressure, quality, etc. profiles along the ejector axis. And lets you easily calculate ejector efficiency.
Using this package you can easily calculate mass flow-rates of motive and suction nozzles of ejectors with the user defined ejector geometry and fluid specification. The provided functions solve simplified differential-algebraic equations of the fluid flow (mass, momentum and energy equations). This package calculates and plots speed, pressure, quality, etc. profiles along the ejector axis. And lets you easily calculate ejector efficiency.
| Original language | English |
|---|---|
| Place of Publication | https://github.com/AdamBuruzs/simpy_ejector |
| Media of output | Online |
| Publication status | Published - 6 Feb 2023 |
Research Field
- Efficiency in Industrial Processes and Systems
Keywords
- Ejector
- simulation
- Fluid dynamics; flood simulation; spatial resilience; Grasshopper for Rhino
- Heat Pump