Results 261 to 270 of about 1,049,125 (313)
Some of the next articles are maybe not open access.
Journal of Applied Mechanics, 1977
A theoretical investigation into the linear, spatial stability of plane laminar jets is presented. The three cases studied are: 1. Inviscid stability of Sato’s velocity profile. 2. Viscous stability of the Bickley’s jet using parallel-flow stability theory. 3.
Bajaj, A. K., Garg, V. K.
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A theoretical investigation into the linear, spatial stability of plane laminar jets is presented. The three cases studied are: 1. Inviscid stability of Sato’s velocity profile. 2. Viscous stability of the Bickley’s jet using parallel-flow stability theory. 3.
Bajaj, A. K., Garg, V. K.
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The linear balancing flow problem
European Journal of Operational Research, 1993zbMATH Open Web Interface contents unavailable due to conflicting licenses.
ANDREATTA, GIOVANNI +2 more
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Medical & Biological Engineering, 1970
A small valve has been designed for the use in pneumatic powered prostheses. The miniature valve can be characterized by the following properties: low weight, small volume, silent operation and no leakage. The proportional action may facilitate the control of the prosthesis.
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A small valve has been designed for the use in pneumatic powered prostheses. The miniature valve can be characterized by the following properties: low weight, small volume, silent operation and no leakage. The proportional action may facilitate the control of the prosthesis.
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The Physics of Fluids, 1975
It is shown that a finite disturbance independent of the streamwise coordinate may lead to instability of linear flow, even though the basic velocity does not possess any inflection point.
Ellingsen, T., Palm, E.
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It is shown that a finite disturbance independent of the streamwise coordinate may lead to instability of linear flow, even though the basic velocity does not possess any inflection point.
Ellingsen, T., Palm, E.
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A CLASS OF LINEAR MAGNETOHYDRODYNAMIC FLOWS
AIAA Journal, 1963The 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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Linear programming and the newton barrier flow
Mathematical Programming, 1988The author investigates the interior algorithms for linear programming. These algorithms are connected with some trajectories of vectors approximating an optimal solution to a linear programming problem. The author shows that given a bounded polyhedral set P with nonempty interior, the logarithmic barrier function (with no objective components) induces
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Thermocapillary flow without return flow?linear flow
Experiments in Fluids, 2004The experimental realization of thermocapillary flow without return flow is reported. This type of flow (linear flow) was proposed and analyzed theoretically by Smith and Davis (J. Fluid Mech., 132:119–144, 1983). We suppressed the return flow by providing channels and side channels with lower flow resistance compared to that of the return flow ...
N. A. Ospennikov, D. Schwabe
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Flow injection titration—linear or logarithmic
Talanta, 1994A simple and rapid Continuous Flow Injection Titration method utilizing a pretitration step was developed to automate the assay of high sulfuric acid concentrations over a narrow range in an oil refinery stream. A Coulometric Flow Injection Titration method was developed to perform Karl Fisher titration.
R, Chen, J, Ruzicka, G D, Christian
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