Datasets Comparison

This repository contains experimental data of the article: Patterns and vertical loads in water shipping in systematic wet dam-break experiments, by Hernández-Fontes J.V., Vitola M.A., Esperanca P.T.T., Sphaier S.H., and Silva R, Ocean Engineering, 2019 (In press). Information of the conventional wave probe WP0 and the force balance for the 5 repetitions of the study cases is presented. All data was acquired at 500 Hz, with a low-pass filter of 100 Hz. The duration of the experiments was ~2 seconds. Time series are given in dimensional form.

Please see the INFO.pdf file attached.

Universidad Nacional Autonoma de Mexico, Universidade Federal do Rio de Janeiro

Ocean Engineering, Hydrodynamics, Water, Compression Load, Dynamic Loads, Waterflooding, Coastal Engineering, Hydrodynamic Experiment, Marine Structure, Dam, Fluid-Structure Interaction, Force Measurement, Fixed Offshore Platform, Fluid-Structure Interaction (Hydrodynamics)

Creative Commons Attribution 4.0 International

This repository contains experimental data of the article: "Patterns and vertical loads in water shipping in systematic wet dam-break experiments, by Hernández-Fontes J.V., Vitola M.A., Esperanca P.T.T., Sphaier S.H., and Silva R., Ocean Engineering, 197 (2020)". Information of the conventional wave probe WP0 and the force balance for the 5 repetitions of the study cases with freeboard 0.030 m and 0.042 m is presented. Please read the INFO.pdf document for information regarding the nomenclature of the data.

Please see the INFO.pdf file attached. All data was acquired at 500 Hz, with a low-pass filter of 100 Hz. The duration of the experiments was ~2 seconds. Time series are given in dimensional form.

Universidad Nacional Autonoma de Mexico, Universidade Federal do Rio de Janeiro

Ocean Engineering, Hydrodynamics, Water, Compression Load, Dynamic Loads, Waterflooding, Coastal Engineering, Hydrodynamic Experiment, Marine Structure, Dam, Fluid-Structure Interaction, Force Measurement, Fixed Offshore Platform, Fluid-Structure Interaction (Hydrodynamics)

Creative Commons Attribution 4.0 International