MorgansLab
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OSCILOS_long
OSCILOS_long PublicOSCILOS_long is an open source code for simulating combustion instabilities. OSCILOS_lite was developed at Imperial College London by Prof. Aimee S. Morgans and co-workers. The code is open source …
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OSCILOS_brass
OSCILOS_brass PublicOSCILOS_brass is an acoustic solver for predicting the natural modes of brass wind instruments from their geometry. OSCILOS_brass was developed at Imperial College London by Alexander MacLaren, Ren…
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OSCILOS_lite
OSCILOS_lite PublicOSCILOS_lite is an acoustic network model tool that can be used to predict the longitudinal acoustic modes appearing in reactive and non-reactive geometries. It can thus be used to predict the ther…
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OSCILOS_ann
OSCILOS_ann PublicOSCILOS_ann is the full version of OSCILOS for annular-shaped combustors, or combustors which can be represented as a network of annular and longitudinal geometry modules. It has capability for fre…
MATLAB 1
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OSCILOS_opt
OSCILOS_opt PublicOSCILOS_opt is a variant of OSCILOS_lite. It allows the user to optimise a thermoacoustically unstable combustor by varying the combustor dimensions. The optimisation implements a genetic algorithm…
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OSCILOS_sim
OSCILOS_sim PublicFor the special cases of combustors which can represented as a constant area duct (such as Rijke tubes), time domain simulations can be performed using Simulink®. OSCILOS_Sim, a Simulink library wh…
MATLAB
Repositories
- OSCILOS_opt Public
OSCILOS_opt is a variant of OSCILOS_lite. It allows the user to optimise a thermoacoustically unstable combustor by varying the combustor dimensions. The optimisation implements a genetic algorithm. OSCILOS_opt is written in Matlab®, and has no Graphical User Interface (GUI), so users run the code using Matlab commands.
MorgansLab/OSCILOS_opt’s past year of commit activity - OSCILOS_brass Public
OSCILOS_brass is an acoustic solver for predicting the natural modes of brass wind instruments from their geometry. OSCILOS_brass was developed at Imperial College London by Alexander MacLaren, Renaud Gaudron, and Aimee S. Morgans. The code is open source and written in MATLAB.
MorgansLab/OSCILOS_brass’s past year of commit activity - OSCILOS_long Public
OSCILOS_long is an open source code for simulating combustion instabilities. OSCILOS_lite was developed at Imperial College London by Prof. Aimee S. Morgans and co-workers. The code is open source and written in MATLAB.
MorgansLab/OSCILOS_long’s past year of commit activity - OSCILOS_sim Public
For the special cases of combustors which can represented as a constant area duct (such as Rijke tubes), time domain simulations can be performed using Simulink®. OSCILOS_Sim, a Simulink library which provides the building blocks for such simulations is included here, along with a brief User Guide. OSCILOS_SIM includes provision to simulate the …
MorgansLab/OSCILOS_sim’s past year of commit activity - OSCILOS_ann Public
OSCILOS_ann is the full version of OSCILOS for annular-shaped combustors, or combustors which can be represented as a network of annular and longitudinal geometry modules. It has capability for frequency domain calculations. OSCILOS_ann is for geometries which can sustain both longitudinal and circumferential modes.
MorgansLab/OSCILOS_ann’s past year of commit activity - OSCILOS_lite Public
OSCILOS_lite is an acoustic network model tool that can be used to predict the longitudinal acoustic modes appearing in reactive and non-reactive geometries. It can thus be used to predict the thermoacoustic stability of combustors. OSCILOS_lite was developed at Imperial College London by Renaud Gaudron, Alexander MacLaren, and Aimee S. Morgans.…
MorgansLab/OSCILOS_lite’s past year of commit activity
