Ocean Engineering

Experimental measurements of a series of AUV propellers. Data include: - regressed force coefficients per propeller per advance speed - final self propelled operating points - 2D xfoil predictions for the propeller section at r/R of 0.7 - motor-gearbox efficiency data

RANS simulations of skin friction drag of streamwise inhomogeneous rough surfaces

Codes for: Proposal of a Novel Analytical Wake Model and Array Optimization of Oscillating Wave Surge Converter Using Differential Evolution Algorithm

The file of data_for_Fig4 is the scour depth development for Fig. 4 in the revised manuscript. The file of Scour_depth_development is the development of maximum scour depth with time for each case mentioned in the revised manuscript.

The coastal wind and wave data were obtained from the National Marine Science Data Center, National Science & Technology Resource Sharing Service Platform of China (http://mds.nmdis.org.cn/). The hourly data from 2011 to 2019 (1/1/2011 00:00 to 6/31/2019 23:00) were recorded at ShiDao station (Fig. 2) in Taiwan Strait, China, which has a water depth of approximately 9.2–12.7 m. The monthly maxima of the recorded data were extracted from the hourly recorded data. However, there were missing data in the monthly maxima of the recorded data, limiting collection to 90 out of the 102 data samples. Five ocean parameters were selected in this case study, which included maximum 10 min average wind speeds (Vm, m/s), maximum wave heights (Hm, m), significant wave heights (Hs, m), maximum wave periods (Tm, s), and significant wave periods (Ts, s). The monthly maxima range in the recorded data for Vm, Hm, Hs, Tm, and Ts were 7.5–19.7 m/s, 1.5–5.6 m, 0.9–3.2 m, 9.0–30.5 s, and 6.8–19.6 s, respectively.

1. Monopiled offshore wind turbine models built by ANSYS software; 2. Codes of model updating of Rayleigh damping and soil-structure interface; and 3. Data of the numerical studies.

Data for: Flow control and vibration response of a circular cylinder attached with a wavy plate

Result files

The original data are used for model identification verification and fault diagnosis.

The original data are used for model identification verification and fault diagnosis.