Mechanisms Taylor

Taylor instabilities involve effects of buoyancy or acceleration in fluids with variable density a light fluid beneath a heavy fluid is unstable by the Taylor mechanism. The upward propagation of premixed flames in tubes is subject to Taylor instability (11). 

Batchelor, G.K. (1958) The Scientific Papers of Sir Geoffrey Ingram Taylor, Mechanics of Solids, vol. I (The University Press, Cambridge). 

G. I. Taylor, Mechanism of Plastic Deformation of Crystals. I. Theoretical, Proc. Roy. 

D. E. Leahy, J. Lynch, D. C. Taylor. Mechanisms of absorption of small molecules. In eds. L. F. Prescott and W. S. Nimmo, Novel Drug Delivery and its Therapeutic Application. Wiley, New York 1989, 33-44. 

T. Y. Tan and W. J. Taylor, Mechanisms of Oxygen Precipitation Some Quantitative Aspects M. Schrems, Simulation of Oxygen Precipitation... 

The axial dispersion coefficient E r given by the Taylor mechanism for the above case is given by the procedure of Tichacek et al. (T14) for turbulent pipe flow. Integrating Eq. (4-5) twice with respect to r, one has... 

Two approximations are introduced, for simplicity, to perform the integration of Eq. (4-9) for the Taylor mechanism dispersion coefficient Ezr-First, the term included in the second integral of Eq. (4-9) is eliminated from the integral by taking an effective mean value Vn, (= dvt), with d being a mean of a. Second, the local liquid holdup is eliminated from the multiple integral by using the mean liquid holdup Cl. with a correction factor/of order unity (/al). 

R G. Taylor, Mechanism and Synthesis, The Open University and the Royal Society of Chemistry (2002), for a discussion of radical chain mechanisms. 

JEP Toman and J D Taylor, Mechanism of Action and Metabolism of Anti-con vulsants. 

E. W. Taylor, Mechanism of Actomyosin ATPase and the Problem of Muscle Contrac-tion, Cn7. Rev. Biochem. 6, 103-164 (1979). 

Concentration and temperature differences are reduced by bulk flow or circulation in a vessel. Fluid regions of different composition or temperature are reduced in thickness by bulk motion in which velocity gradients exist. This process is called bulk diffusion or Taylor diffusion (Brodkey, in Uhl and Gray, op. cit., vol. 1, p. 48). The turbulent and molecular diffusion reduces the difference between these regions. In laminar flow, Taylor diffusion and molecular diffusion are the mechanisms of concentration- and temperature-difference reduction. 

Equihbrium concentrations which tend to develop at solid-liquid, gas-liquid, or hquid-liquid interfaces are displaced or changed by molecular and turbulent diffusion between biilk fluid and fluid adjacent to the interface. Bulk motion (Taylor diffusion) aids in this mass-transfer mechanism also. 

General Electric Co. Ltd, Protective Relays and Application Guide, GEC Measurements, St, Leonards Works. Stafford, UK Taylor, H. and Lackey, C.H., Earth fault protection in mines, The Mining, Electrical and Mechanical Engineer, June (1961)... 

Lymn, R.W. Taylor, E.W. Mechanism of adenosine triphosphate hydrolysis of actomyosin. Biochemistry 10 4617-4624, 1971. 

Hawthorne eventually wrote up his MIT notes for a paper with his research student, Graham de Vahl Davis [16], but it is really Will Hawthorne who should have written this book. So I dedicate it to him, one of several great engineering teachers, including Keenan, Taylor and Shapiro, who graced the mechanical engineering department at MIT when I was there as a young assistant professor. 

Zienkiewicz, O.C. and Taylor, R.L., 1991. The Finite Element Method - Solid and Fluid Mechanics. McGraw-Hill. 

Valery V. Vasiliev [Robert M. Jones (English Edition Editor)], Mechanics of Composite Structures, Taylor Francis, Washington, 1993. 

W. Shyy, H. S. Udaykumar, M. M. Rao, R. W. Smith. Computational Fluid Dynamics with Moving Boundaries in Series in Computational and Physical Processes in Mechanics and Thermal Sciences. Washington, DC Taylor Francis, 1995 W. Shyy. Computational Modeling for Fluid Flow and Interfacial Transport. Amsterdam Elsevier, 1994. 

The flux-corrected-transport technique was also used by Phillips (1980), who successfully simulated the process of propagation of a detonation wave by a very simple mechanism. The reactive mixture was modeled to release its complete heat of combustion instantaneously after some prescribed temperature was attained by compression. A spherical detonation wave, simulated in this way, showed a correct propagation velocity and Taylor wave shape. 

Taylor and Eckroth have recently investigated the mechanism of the acid-catalyzed conversion of o-nitrobenzoyldiazomethane (104) to A -hydroxyisatin (105), discovered by Arndt et Labeling... 

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