Results 301 to 310 of about 3,117,054 (342)

Linear Theory for Chemically Reacting Flows

AIAA Journal, 1973
The limitations imposed by the linearization of rate equations in chemically reacting flow problems using equilibrium reference states are discussed. A general linearized differential equation using nonequilibrium reference states is presented. An extended linear theory based on the general linearized equation is developed and shown to be effective for
Wu, J. C., Turner, L. III
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Calculating Linear Flow Velocity from Volumetric Flow Rate

Cold Spring Harbor Protocols, 2010
INTRODUCTIONIn chromatography, flow rates should be standardized for columns of different dimensions by expressing the flow rate as linear flow velocity (cm/h). This is defined as the volumetric flow rate (cm3/h) per unit cross-sectional area (cm2) of a given column. However, flow rates are usually measured as volumetric flow rates (mL/min).
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Secure Information Flow via Linear Continuations

Higher-Order and Symbolic Computation, 2002
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Zdancewic, Steve, Myers, Andrew C.
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Anomalous diffusion in linear shear flows

Journal of Physics A: Mathematical and General, 1997
Summary: Anomalous diffusion in the presence of several linear flows is studied by means of a nonlinear diffusion formalism. The results generated are particularly interesting for simple shear flows. We compare our results for this latter situation with those obtained from an alternative description for anomalous diffusion, namely fractional diffusion.
Compte, Albert, Jou, David, Katayama, Yoshishige   +2 more
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Kinetic Theory of Linear Shear Flow

The Physics of Fluids, 1958
The flow of a monatomic gas between two parallel plates kept at the same temperature and moving in opposite directions is studied. The relative velocity of the plates is much smaller than the speed of sound. The deviation from the equilibrium distribution, φ(c, x), satisfies the linearized Boltzmann equation.
Gross, E. P., Ziering, S.
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Linearized Flow

2021
Forrest E. Ames, Clement Tang
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Linear Flows on $��$-Solenoids

1999
Linear flows on inverse limits of tori are defined and it is shown that two linear flows on an inverse limit of tori are equivalent if and only if there is an automorphism of the inverse limit generating the equivalence.
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Classification of Linear Flows

2016
Flows on normed spaces can be classified using flow equivalences --- maps on the space with the property that the structure of one flow is converted into the structure of another flow. Of particular interest are classifications that arise from flow equivalences that are either homeomorphisms or diffeomorphisms. It is possible to completely characterize
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Slip Flow of Linearized Couette Problem

The Physics of Fluids, 1966
An asymptotic solution, valid throughout the physical space, is obtained for the linearized Couette problem at small Knudsen number. The error introduced by this solution is of the order of (1/α) exp [−(1/β)α2/3] where (1/α) is the Knudsen number and β is any real number greater than unity.
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A CLASS OF LINEAR MAGNETOHYDRODYNAMIC FLOWS

AIAA Journal, 1963
The continuity, momentum, Maxwell, current conservaLon, and Ohm's Law equations are given for the steady laminar flow of a conducting fluid of constant properties. Equations are derived which involve V (velocity vector), B (magnetic flux density vector), and P (pressure) only.
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