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Fluid dynamics as a branch of physics
Physics Today, 1962I must confess that I have never traveled 5000 miles before to make an after-dinner speech, and I feel warmly appreciative about your having thought of me, 5000 miles away, when you were planning this occasion. To be sure, I know that the difference between an after-dinner speech and any other kind of speech is just a trifle less marked in these ...
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Fluid dynamics approach to free reed physics
The Journal of the Acoustical Society of America, 2017The periodic vibration of a free reed subject to a steady pressure gradient (bellows pressure) is examined from a fluid dynamics approach. In this analytic study, the self-excited forcing function is modeled from the static and dynamic pressures acting on the vibrating tongue surface.
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Developing a cyber-physical fluid dynamics facility for fluid–structure interaction studies
Journal of Fluids and Structures, 2011Abstract In fluid–structure interaction studies, such as vortex-induced vibration, one needs to select essential parameters for the system, such as mass, spring stiffness, and damping. Normally, these parameters are set physically by the mechanical arrangement. However, our approach utilizes a combination of a physical system, comprises a fluid and
Andrew W. Mackowski +1 more
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Computational Fluid Dynamics: Physical Law-Based Finite Volume Method
2021After the Computational Heat Transfer (CHT) in the last three chapters, computational fluid dynamics is presented in this chapter and the next two chapters; for a Cartesian geometry problem. Furthermore, as compared to only energy conservation law for the CHT in the last three chapters, the mass and momentum conservation law are also considered for the
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Newtonian Fluid Dynamics as a Mathematical – Physical Science
2011a>There are two mathematical–physical descriptions of fluid dynamics. The first of them is a microscopic description, from the Boltzmann equation for the (one-particle) distribution function \( f({\hbox{t}}, {\hbox{x}};{ }\xi ) \): $$ \partial f/\partial {\hbox{t }}\!\!
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Fluid dynamics problems in building physics
2016A part of building physics deals with dynamics of motion of gases (e.g. air) and liquid (e.g. water) of buildings (and their components), and things and people within and surrounding the buildings. Buildings and cities become much bigger, higher and deeper (into the ground) at an unprecedented rate.
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