Results 181 to 190 of about 615,898 (239)
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Response of Liquid in a Rectangular Container
Journal of the Engineering Mechanics Division, 1966Ideal incompressible liquid motion in rectangular container due to rectangular double and sinusoidal pulse ...
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Long-term behavior of cooling fluid in a rectangular container
Physical Review E, 2004In this study, the long-term behavior of cooling an initially quiescent isothermal Newtonian fluid in a rectangular container with an infinite length by unsteady natural convection due to a fixed wall temperature has been investigated by scaling analysis and direct numerical simulation. Two specific cases are considered. Case 1 assumes that the cooling
Lin, Wenxian, Armfield, S.W.
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Capacities of rectangular containers filled with free flowing materials
Journal of Agricultural Engineering Research, 1982Abstract Equations are derived for calculating the maximum volumes of free flowing materials which can be stored in rectangular containers with open or closed ends. It is assumed that container length, side wall height and the angle of repose of the materials are known. The equations can be transposed for calculation of container lengths, of a given
P.J. Holligan +2 more
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Thermo-capillary convection in various infinite rectangular container configurations
Heat and Mass Transfer, 2002The thermo-capillary behavior or a viscous liquid in rectangular container configuration has been investigated for various liquid height ratios h/l. Streamlines and velocity distributions have been presented. The effect of a partial rigid surface cover has also been determined.
Helmut F. Bauer, Werner Eidel
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Simplified Formulae of Dynamic Liquid Pressure in Rectangular Containers
Emerging Technology in Fluids, Structures, and Fluid Structure Interactions, 2003In this paper, the N-S equation of fluid is solved by the Method of Volume of Fluid (VOF) to obtain the dynamic liquid pressure in a rectangle container. The fluid is incompressible, viscous and changeful with a free surface. The simplified simulating calculation formulae are given in order to apply the method to engineering on the basis of calculation
Hong-Nan Li, Ying Jia, Su-Yan Wang
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Stability of a capillary surface in a rectangular container
AIP Conference Proceedings, 1998The linearized governing equations for an ideal fluid are solved numerically for the stability of free capillary surfaces in rectangular containers against unfavorable disturbances (accelerations, i.e. Rayleigh-Taylor instability). The preliminary results are expressed graphically in terms of a critical Bond number as a function of system contact angle.
Mark M. Weislogel, K. C. Hsieh
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Hydroelastic vibration analysis of liquid-contained rectangular tanks
Structural Engineering and Mechanics, 2011This paper presents a theoretical analysis for the free vibration of rectangular tanks partially filled with an ideal liquid. Wet dynamic displacements of the tanks are approximated by combining the orthogonal polynomials satisfying the boundary conditions, since the rectangular tanks are composed of four rectangular plates.
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Weakly nonlinear forced convection patterns in rectangular planform containers
European Journal of Mechanics - B/Fluids, 2005zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Al-Ali, A. A., Daniels, P. G.
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