Input and output data from "A numerical modeling of wave-inclined slats interaction for particle methods"

Paper Pereira, L. S., Amaro Jr, R. A., Cheng, L. Y., de Sousa, F. S., & Karuka, G. M. A numerical modeling of wave-inclined slats interaction for particle methods. Ocean Engineering, v. 296, 2024. Input Files The input files to run the cases using DualSPHysics v5.0.5Execution of Simulations using Nvidia CUDA-enabled GPU cardOperating Systems: 64 bit Linux or 64 bit Windows Files:.xml: Physical and numerical parameters of the case.sh: Commands that are executed sequentially to perform a simulation using 64 bit Linux.bat: Commands that are executed sequentially to perform a simulation using 64 bit Windows The XML (.xml) and Script (.sh or .bat) files must be placed in a folder within the "DualSPHysics\examples\main" directoryFor example, these files can be placed in the folder "Grating_examples" as below:DualSPHysics\examples\main\Grating_examples If you want to put these files in a different folder, correctly configure "export dirbin" in the .sh file or "set dirbin" in the .bat file with the path to the DualSPHysics binary Output Files The output files from the cases using DualSPHysics v5.0.5. Files:force_grating_*.txt: Forces on the grating with inclined slatsforce_sidewall_*.txt: Forces on the protected sidewall.force_weighingScale_*.txt: Forces on the weighing scale.volume_*.txt: Water volume above the fixed structure. Nomenclature HZ - grating placed horizontallyVT - grating placed verticallyNOG - no gratingL40 - grating length lb = 0.040 mL75 - grating length lb = 0.075 mC1 - initial water column height of h0 = 0.17 mC2 - initial water column height of h0 = 0.20 mC3 - initial water column height of h0 = 0.24 mC4 - initial water column height of h0 = 0.30 mlo0p468 - initial particle distance of l0 = 0.468750 mmlo0p234 - initial particle distance of l0 = 0.234375 mm For more details, visit the link https://github.com/DualSPHysics/DualSPHysics/wiki