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Various so called moving boundary models were developed for capturing these dynamics and showed to cover the important characteristics.
Moving boundary models are fast low-order dynamic models, and they can describe the dynamic behavior with high accuracy.
The present paper describes the design of switching moving boundary models for two-phase flow evaporators and the development of an object-oriented library written in the Modelica language.
Experimental data from a direct steam generation parabolic-trough solar thermal power plant is used to validate and compare the developed moving boundary models against finite volume models.
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The diffusion study is also carried out for the hydroxyapatite crystals using the moving boundary model.
And the moving boundary model is faster, therefore more suitable for control design applications.
Moreover, the moving boundary model is numerically faster than the discretized model, and therefore more suitable for engineering applications.
In this study, moving boundary modeling approach was suggested to develop a rigorous mathematical model of solid propellant combustion.
A lumped parameter moving boundary modeling framework is used to model the two heat exchangers in the VCS.
The Fickian diffusion with moving boundary model can be extended to evaluate different geometries for controlled release systems.
The moving boundary model is found to have faster simulation speed, while the finite volume model is more flexible for adaptation to heat exchangers of different physical configuration.
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