ENMA: Empirical Nozzle optimization & Mach distribution Analysis for liquid propellant rocket engines.
-
Updated
Oct 23, 2022 - Python
ENMA: Empirical Nozzle optimization & Mach distribution Analysis for liquid propellant rocket engines.
TIC and TOP rocket nozzle contour synthesis
Official Nozzle backend scripts
Solution of compressible flow inside a CD nozzle with shock formation. Implementation with Mac-Cormack scheme
Set of Python classes that allows computations for contours of supersonic nozzles
Versatile scriptable launcher
Computes the contours of a 2D minimum-length supersonic nozzle for non-rotating flows using the method of the characteristics.
Send Cloud Foundry firehose events to Loki
A Python library for the Steem Blockchain
QC report generator for Hi-C pairs file
A framework to implement CHEMically reacting Method Of Characteristics for supersonic reacting flows.
Python package that helps engineers design rockets and rocket engines precisely and efficiently
A code based on the Method of Characteristics to solve the supersonic flow inside a nozzle
Notes and material for ME 461/561 Gas Dynamics course
Add a description, image, and links to the nozzle topic page so that developers can more easily learn about it.
To associate your repository with the nozzle topic, visit your repo's landing page and select "manage topics."