Hilgersom, Koen; Suárez, F. (Francisco); Zijlema, M. (Marcel); Hausner, M.B. (Mark); Tyler, S.W. (Scott) et. al. (2017): A free-surface solar pond model with a sloping edge: model code and data. Version 2. 4TU.ResearchData. dataset. https://doi.org/10.4121/uuid:2877a48d-da69-4ee3-a76b-834487ba8c30

Dataset

x choose version: version 1 - 2016-09-27

• Mechanical Engineering
• Electrical and Electronic Engineering
• Renewable Energy

distributed temperature sensing, double-diffusion, double-diffusive convection, energy storage, free-surface model, heat storage, heat transport, non-hydrostatic model, salt transport, solar energy, solar pond, SWASH (Simulating WAves till SHore), thermohaline stratification

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2009-03-09/2009-03-16

4TU General Terms of Use

RefWorks, BibTeX, Reference Manager, Endnote, DataCite, NLM, DC, CFF

by Koen Hilgersom , F. (Francisco) Suárez , M. (Marcel) Zijlema , M.B. (Mark) Hausner , S.W. (Scott) Tyler , N.C. (Nick) van de Giesen

A non-hydrostatic free-surface model was set up to simulate salt and heat transport in a solar pond in order to: 1) investigate the added value of free-surface models for these types of simulations, and 2) assess the importance of heat transport along a sloping side wall. This data set presents the source code, the raw measurement and model data, and several movies comparing the vertical two-dimensional (2DV) model simulations to the measurements. To demonstrate the added value of a free surface approach, this data set includes model results for both free surface and rigid-lid simulations. The presented model code is an extension of the SWASH non-hydrostatic model, which is briefly introduced in this document. A complete discussion of the model results and conclusions are provided in an accompanying article.

• 2017-06-23 first online, published, posted

TU Delft

media types: application/octet-stream, application/pdf, application/x-netcdf, application/x-netcdf, application/zip, text/plain, text/x-msdos-batch, text/x-shellscript, video/avi

TU Delft, Faculty of Civil Engineering and Geosciences, Department of Water Management