Journal of Mechanical Research and Application
,
Issue4,Year,
Spring
2016
The origin of the modern theories of a continuum with microstructure goes back to papers by Ericksen and
Truesdell (1958), Mindlin (1964), Eringen and Suhubi (1964) and Green and Rivlin (1964). Green (1965) has
established the connection of the theory of multipolar co More
The origin of the modern theories of a continuum with microstructure goes back to papers by Ericksen and
Truesdell (1958), Mindlin (1964), Eringen and Suhubi (1964) and Green and Rivlin (1964). Green (1965) has
established the connection of the theory of multipolar continuum mechanics and the other theories. Much
of the theoretical progress in the field is discussed in the books of Kunin (1983), Ciarletta and Iesan (1993)
and Eringen (1999). In the theory of micromorphic bodies formulated by Eringen and Suhubi (1964, 1999)
the material particle is endowed with three deformable directors and the theory introduces nine extra degrees
of freedom over the classical theory. On the basis of the theory of bodies with inner structure, Grot (1969) has
established a theory of thermodynamics of elastic bodies with microstructure whose microelements possess
microtemperatures. The Clausius–Duhem inequality is modified to include microtemperatures, and the firstorder moment of the energy equations are added to the usual balance laws of a continuum with microstructure.
The theory of micromorphic fluids with microtemperatures has been studied in various papers (see, e.g., Koh,
1973; Riha, 1975, 1977; Verma et al., 1979). Riha (1976) has presented a study of heat conduction in materials
with microtemperatures. Experimental data for the silicone rubber containing spherical aluminium particles
and for human blood were found to conform closely to predicted theoretical thermal conductivity.
Manuscript profile
Journal of Mechanical Research and Application
,
Issue1,Year,
Winter
2016
The origin of the modern theories of a continuum with microstructure goes back to papers by Ericksen and
Truesdell (1958), Mindlin (1964), Eringen and Suhubi (1964) and Green and Rivlin (1964). Green (1965) has
established the connection of the theory of multipolar co More
The origin of the modern theories of a continuum with microstructure goes back to papers by Ericksen and
Truesdell (1958), Mindlin (1964), Eringen and Suhubi (1964) and Green and Rivlin (1964). Green (1965) has
established the connection of the theory of multipolar continuum mechanics and the other theories. Much
of the theoretical progress in the field is discussed in the books of Kunin (1983), Ciarletta and Iesan (1993)
and Eringen (1999). In the theory of micromorphic bodies formulated by Eringen and Suhubi (1964, 1999)
the material particle is endowed with three deformable directors and the theory introduces nine extra degrees
of freedom over the classical theory. On the basis of the theory of bodies with inner structure, Grot (1969) has
established a theory of thermodynamics of elastic bodies with microstructure whose microelements possess
microtemperatures. The Clausius–Duhem inequality is modified to include microtemperatures, and the firstorder moment of the energy equations are added to the usual balance laws of a continuum with microstructure.
The theory of micromorphic fluids with microtemperatures has been studied in various papers (see, e.g., Koh,
1973; Riha, 1975, 1977; Verma et al., 1979). Riha (1976) has presented a study of heat conduction in materials
with microtemperatures. Experimental data for the silicone rubber containing spherical aluminium particles
and for human blood were found to conform closely to predicted theoretical thermal conductivity.
Manuscript profile
Journal of Mechanical Research and Application
,
Issue4,Year,
Spring
2020
The origin of the modern theories of a continuum with microstructure goes back to papers by Ericksen and
Truesdell (1958), Mindlin (1964), Eringen and Suhubi (1964) and Green and Rivlin (1964). Green (1965) has
established the connection of the theory of multipolar co More
The origin of the modern theories of a continuum with microstructure goes back to papers by Ericksen and
Truesdell (1958), Mindlin (1964), Eringen and Suhubi (1964) and Green and Rivlin (1964). Green (1965) has
established the connection of the theory of multipolar continuum mechanics and the other theories. Much
of the theoretical progress in the field is discussed in the books of Kunin (1983), Ciarletta and Iesan (1993)
and Eringen (1999). In the theory of micromorphic bodies formulated by Eringen and Suhubi (1964, 1999)
the material particle is endowed with three deformable directors and the theory introduces nine extra degrees
of freedom over the classical theory. On the basis of the theory of bodies with inner structure, Grot (1969) has
established a theory of thermodynamics of elastic bodies with microstructure whose microelements possess
microtemperatures. The Clausius–Duhem inequality is modified to include microtemperatures, and the firstorder moment of the energy equations are added to the usual balance laws of a continuum with microstructure.
The theory of micromorphic fluids with microtemperatures has been studied in various papers (see, e.g., Koh,
1973; Riha, 1975, 1977; Verma et al., 1979). Riha (1976) has presented a study of heat conduction in materials
with microtemperatures. Experimental data for the silicone rubber containing spherical aluminium particl
Manuscript profile
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