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The Equations of Fluid Dynamics [PDF]
, 1997 In this chapter we present the governing equations for the dynamics of a compressible material, such as a gas, along with closure conditions in the form of equations of state. Equations of state are statements about the nature of the material in question and require some notions from Thermodynamics.
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Dynamics of Labyrinthine Fluids
Archives of Otolaryngology - Head and Neck Surgery, 1969IN MAINTAINING the homeostatic conditions of the soft tissues, the fluids of the inner ear serve three major functions. They provide for the metabolic exchange of nutrients and waste products within the delicate structures of the organ of Corti. They maintain the distribution of ions with the resulting resting potentials that apparently are important ...
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Molecular Physics, 2018
Michael Baer is known for his many achievements in the field of non-adiabatic quantum dynamics and the theory of reaction dynamics.
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Michael Baer is known for his many achievements in the field of non-adiabatic quantum dynamics and the theory of reaction dynamics.
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2010
The nearly inexhaustible variety of flow phenomena - from the flow through blood vessels, the flow in centrifugal pumps to global weather events is based on a few basic physical laws only. In this chapter these will be briefly reviewed and their general nature illuminated. Emphasis will be on the phenomena which are of special interest and significance
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The nearly inexhaustible variety of flow phenomena - from the flow through blood vessels, the flow in centrifugal pumps to global weather events is based on a few basic physical laws only. In this chapter these will be briefly reviewed and their general nature illuminated. Emphasis will be on the phenomena which are of special interest and significance
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IEEE Engineering in Medicine and Biology Magazine, 2009
In this article, we have described a computational framework for multiscale simulation of gas flow in subject-specific airway models of the human lung. The framework consists of five major components: accurate extraction of airway geometry from MDCT image data sets, geometrical modeling of airway trees, novel 3-D and 1-D coupled mesh generation, 3-D ...
Lin, CL +3 more
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In this article, we have described a computational framework for multiscale simulation of gas flow in subject-specific airway models of the human lung. The framework consists of five major components: accurate extraction of airway geometry from MDCT image data sets, geometrical modeling of airway trees, novel 3-D and 1-D coupled mesh generation, 3-D ...
Lin, CL +3 more
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1934
The fluid particles move in compliance with Newton’s principles, under the influence of external forces, such as gravity, and under the action of adjacent particles.
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The fluid particles move in compliance with Newton’s principles, under the influence of external forces, such as gravity, and under the action of adjacent particles.
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2011
We use the theory of Calderon–Zygmund operators to prove regularity results for the Poisson problem and the Stokes problem, to show the solvability of the divergence equation, and to prove Korn’s inequality. These problems belong to the most classical problems treated in the theory of partial differential equations and fluid dynamics. It turns out that
Diening, Lars +7 more
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We use the theory of Calderon–Zygmund operators to prove regularity results for the Poisson problem and the Stokes problem, to show the solvability of the divergence equation, and to prove Korn’s inequality. These problems belong to the most classical problems treated in the theory of partial differential equations and fluid dynamics. It turns out that
Diening, Lars +7 more
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Acta Mechanica, 1972
The theory of polar fluids is discussed from a physical standpoint. Field equations and constitutive equations are established from a different point of view. Using the entropy inequality, restrictions on material coefficients are obtained. Various boundary conditions are discussed and a new boundary condition is suggested.
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The theory of polar fluids is discussed from a physical standpoint. Field equations and constitutive equations are established from a different point of view. Using the entropy inequality, restrictions on material coefficients are obtained. Various boundary conditions are discussed and a new boundary condition is suggested.
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2002
In the dynamics of one- and two-component fluids near the critical point and 4 He and 3 He– 4 He near the superfluid transition, the dynamic equations of the gross variables are nonlinear Langevin equations with reversible nonlinear mode coupling terms.
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In the dynamics of one- and two-component fluids near the critical point and 4 He and 3 He– 4 He near the superfluid transition, the dynamic equations of the gross variables are nonlinear Langevin equations with reversible nonlinear mode coupling terms.
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Veterinary Anaesthesia and Analgesia, 2000
To review the pathophysiology of fluid and macromolecular movement between the microvascular, interstitial and lymphatic spaces and provide a basis for logical intravenous colloid therapy.Medline (1966 - present), Commonwealth Agricultural Bureaux abstracts (1973 - present) and Personal files.
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To review the pathophysiology of fluid and macromolecular movement between the microvascular, interstitial and lymphatic spaces and provide a basis for logical intravenous colloid therapy.Medline (1966 - present), Commonwealth Agricultural Bureaux abstracts (1973 - present) and Personal files.
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