The thermal hydraulic models were not included in the calculations.
Large-scale hydraulic models are able to predict flood characteristics, and are being used in forecasting applications.
The thermal and the hydraulic models are solved separately so that two solution spaces are represented in the same plot.
Two thermal hydraulic models were considered in this work: one at design condition and the other at operating condition.
The combination of hydrological and hydraulic models was evaluated using post-flood surveys defining maximum flooded area and flood depths.
Then, the hydraulic models were established for a pulse generation device, an efficient rock breaking device and a reverse swabbing device, respectively.
In the present work, thermal, mechanical, and hydraulic models are presented for a liquid tubular billboard receiver in a representative CSP plant.
The transport model equations that are usually used in water distribution hydraulic models are the 1-D advection-reaction equation and a perfect mixing law.
Differences in the adequacy of various statistical methods for developing input- and output-specific soil hydraulic models were demonstrated for a large, continental dataset, highlighting the need for purpose-specific statistical procedures in soil hydraulic research.
The thermal hydraulic model is benchmarked with experimental data and good agreement is found.
