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PUMPA
Overview
PUMPA is a one-dimensional design and analysis code for
pumps. The code was developed by Mr. Joseph Veres at NASA Glenn
Research Center. If the overall pump geometry is known, Pumpa
can be set up in less than an hour and run on a PC in seconds.
Output includes estimates of flow velocities, flow angles, and
pressures at the leading and trailing edges, and power
requirements.
PUMPA is available to companies and universities within the
United States from the NASA GRC software repository:
https://technology.grc.nasa.gov/software/
Applications
- Design of axial and centrifugal pumps
- Estimate off-design performance
- Single stage and multistage
- Diffuser and volute design
Details
- 1-D meanline analysis
- Cavitation model
- Fluid properties for air, water, LOX, LH2, LN2
Examples
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Cross section of a liquid hydrogen turbopump
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Predicted pressure rise map for a liquid hydrogen
turbopump
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Cross section of a 2-stage hydrazine pump for satellite
propulsion
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CAD image of a 2-stage hydrazine pump for satellite
propulsion
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