Silting of capillary flow passage due to solid particles
نویسندگان
چکیده
منابع مشابه
Analysis of Structural Vibrations due to Passage of Underground Trains
During the last decades, the railway traffic in densely populated areas has increased. At the same time, passenger trains have become faster and freight trains have become heavier. Consequently, trains are an increasing source of ground vibration, which may be a nuisance to people, buildings and sensitive equipment. In this research, a two-dimensional dynamic system, including underground train...
متن کاملSupersonic air flow due to solid-liquid impact.
A solid object impacting on liquid creates a liquid jet due to the collapse of the impact cavity. Using visualization experiments with smoke particles and multiscale simulations, we show that in addition, a high-speed air jet is pushed out of the cavity. Despite an impact velocity of only 1 m/s, this air jet attains supersonic speeds already when the cavity is slightly larger than 1 mm in diame...
متن کاملPassage of Particles through Matter
To reduce the size of this section's PostScript file, we have divided it into three PostScript files. We present the following index: PART 1 Page # Section name 1 23.1 Notation 2 23.2 Ionization energy loss by heavy particles PART 2
متن کاملPassage of Particles through Matter
To reduce the size of this section's PostScript file, we have divided it into three PostScript files. We present the following index: PART 1 Page # Section name 1 23.1 Notation 2 23.2 Ionization energy loss by heavy particles PART 2
متن کاملPassage of molecules through capillary wals.
F ROM THE POINT OF VIEW of hemodynamics the blood is generally considered to circulate within a closed system of blood vessels. Even the smallest capillaries appear, under the microscope, as closed thin-walled vessels separating the blood from the extravascular fluid. Only occasionally are discontinuities in the capillary wall made evident by the diapedesis of one of the formed elements of the ...
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ژورنال
عنوان ژورنال: Proceedings of the JFPS International Symposium on Fluid Power
سال: 1993
ISSN: 2185-6303
DOI: 10.5739/isfp.1993.521