Download Portal for Spray Research

1. 1-D jet penetration code with breakup physics

Downloading the code in the link below requires permission from the authors. Please email rothamer@wisc.edu to gain permission and access to the code.

Have permission? Download the code and sample files here.

The above link leads to a download of all required files and a PDF explaining the full derivation of the code. For a quick explanation on how to run the code, refer to the “Guide to 1-D code” PDF located in the above folder.

2. Specific case information

The experimental data is available for download without special permission. The following table contains links to MATLAB .mat files for each condition tested containing all relevant raw and processed information acquired. Each .mat file includes (but is not limited to) 3-D matrices of video files, vectors containing information on the penetration, dispersion, and liquid length, engine cylinder and heat release data, and much more. Refer to the “Guide to MATLAB data” PDF for more information.

Fuel	Diesel			JP8			HRJ
Inj. P [MPa]	30	52	75	30	52	75	30	52	75
15 [kg/m³] 115 [C]	DL	DL	DL	DL	DL	DL	DL	DL	DL
15 [kg/m³] 125 [C]	DL	DL	DL	DL	DL	DL	DL	DL	DL
15 [kg/m³] 135 [C]	DL	DL	DL	DL	DL	DL	DL	DL	DL
22 [kg/m³] 115 [C]	DL	DL	DL	DL	DL	DL	DL	DL	DL
22 [kg/m³] 125 [C]	DL	DL	DL	DL	DL	DL	DL	DL	DL
22 [kg/m³] 135 [C]	DL	DL	DL	DL	DL	DL	DL	DL	DL

3. Rate-of-injection information

The following table contains links to MATLAB .mat files for each rate-of-injection condition tested. Each .mat file includes the relevant information on the ROI of the injection being tested. Refer to the “Guide to MATLAB data” PDF for more information.

	Injection Pressure [MPa]
Fuel	30	40	50	52	60	70	75	80	90	100
Diesel	DL	DL	DL	DL	DL	DL	DL	DL	DL	DL
JP8	DL		DL	DL			DL
HRJ	DL		DL	DL			DL

Funding Acknowledgement: This work was funded by the US Army Research Office under contract number W911NF-11-1-0533.