The role of turbulent hydrodynamics and surface morphology on heat and mass transfer in corals

Publicly available data set for Stocking JB, Laforsch C, Sigl R, Reidenbach MA. 2018 The role of turbulent hydrodynamics and surface morphology on heat and mass transfer in corals. Journal of the Royal Society Interface. Contents: 1. Experimental Data: a) Raw .mat data files from profiling Acoustic Doppler Velocimeter for each of the three coral species: Colpophyllia natans, Diploria labyrinthiformis, and Siderastrea siderea. Data acquired in situ at Panamanian coral reef field location. b) Excel spreadsheet with raw measurements of roughness element height and spacing for Colpophyllia natans and Diploria labyrinthiformis. 2. Numerical Simulation Data: a) Time-series data of Invariant Q results for all four morphologies under high Reynolds number unidirectional and oscillatory flows. b) Reynolds shear stress data for all four morphologies under high Reynolds number oscillatory flow. 3.Code for Figures: a) Matlab .m code files and .mat data files used to generate plots for manuscript.

公开发布的数据集，由Stocking JB、Laforsch C、Sigl R、Reidenbach MA于2018年所著《湍流水动力学和珊瑚表面形态对珊瑚热质传递作用的研究》一文中提供。内容包含：1. 实验数据：a) 三种珊瑚物种（Colpophyllia natans、Diploria labyrinthiformis、Siderastrea siderea）的声学多普勒流速仪剖面原始.mat数据文件。数据在巴拿马珊瑚礁现场采集。b) Colpophyllia natans和Diploria labyrinthiformis表面粗糙度元素高度和间距的原始测量Excel电子表格。2. 数值模拟数据：a) 在高雷诺数单向和振荡流动下，所有四种形态的Invariant Q结果的时序数据。b) 在高雷诺数振荡流动下，所有四种形态的雷诺应力数据。3. 图表代码：a) 用于生成手稿图表的Matlab .m代码文件和.mat数据文件。