A generalized thermodynamic approach to microrheological modelling

R.J.J. Jongschaap

doi:10.1007/BF02027962

A generalized thermodynamic approach to microrheological modelling

R.J.J. Jongschaap

Physics of Complex Fluids

Research output: Contribution to journal › Article › Academic › peer-review

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Abstract

A generalized thermodynamic theory is presented which may be applied to microrheological models. The purpose of this theory is to offer a simple framework for many types of modelling at various levels of description.

The essential elements of our approach are: a specification of the subsystem in which the reversible storage of energy takes place, the way of coupling of this subsystem to the environment and a proper definition of reversible and irreversible variables. The resulting set of equations, containing a stress tensor expression a microscopic evolution equation and a microscopic equation of state are expressed in a matrix form.

Some applications of the theory to well known micro-rheological models are discussed and directions for further developments are indicated.

Original language	English
Pages (from-to)	117-128
Number of pages	12
Journal	Applied scientific research
Volume	48
DOIs	https://doi.org/10.1007/BF02027962
Publication status	Published - 1991

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A Generalized Thermodynamic Approach to Microrheological Modelling
Jongschaap, R. J. J., 1990, Integration of Theory and Applications in Applied Mechanics: Choice of papers presented at the First National Mechanics Congress, April 2–4, 1990, Rolduc, Kerkrade, The Netherlands. Dijksman, J. F. & Nieuwstadt, F. T. M. (eds.). Dordrecht: Kluwer Academic Publishers, p. 25-36 12 p.
Research output: Chapter in Book/Report/Conference proceeding › Chapter › Academic

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abstract = "A generalized thermodynamic theory is presented which may be applied to microrheological models. The purpose of this theory is to offer a simple framework for many types of modelling at various levels of description. The essential elements of our approach are: a specification of the subsystem in which the reversible storage of energy takes place, the way of coupling of this subsystem to the environment and a proper definition of reversible and irreversible variables. The resulting set of equations, containing a stress tensor expression a microscopic evolution equation and a microscopic equation of state are expressed in a matrix form. Some applications of the theory to well known micro-rheological models are discussed and directions for further developments are indicated.",

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AB - A generalized thermodynamic theory is presented which may be applied to microrheological models. The purpose of this theory is to offer a simple framework for many types of modelling at various levels of description. The essential elements of our approach are: a specification of the subsystem in which the reversible storage of energy takes place, the way of coupling of this subsystem to the environment and a proper definition of reversible and irreversible variables. The resulting set of equations, containing a stress tensor expression a microscopic evolution equation and a microscopic equation of state are expressed in a matrix form. Some applications of the theory to well known micro-rheological models are discussed and directions for further developments are indicated.

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A generalized thermodynamic approach to microrheological modelling

Abstract

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A Generalized Thermodynamic Approach to Microrheological Modelling

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