Thermodynamically consistent fluid particle modelling of phase separating mixtures

The hydrodynamic equations of a phase-separating fluid mixture are derived from the underlying microscopic dynamics of the system. A projection operator method is used in the generic form insuring the thermodynamic consistency of the final equations. The microscopic potential is separated into short and long range parts, in the spirit of the original work of van der Waals. Explicit expressions for surface tension terms in the hydrodynamic equations are obtained. These terms describe diffuse interfaces in the system. Miscible-immiscible and gas-liquid phase transitions are possible, non-isothermal situations can be studied, and explicit account of cross effects is taken. ...

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	Title and context
	Chapter 1
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	Chapter 3
	Chapter 4
	Chapter 5
	Chapter 6
	Summary
	Samenvatting
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	Complete thesis

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