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{{r|Fluid dynamics}}

{{r|Fluid dynamics}}

...increasing importance of flow simulations using computers ([[computational fluid dynamics]]), illustrating the flow with the help of [[computer graphics]] has become

...mathematics]]; [[thermodynamics]]; [[heat transfer]]; [[mass transfer]]; [[fluid dynamics]]; [[chemical reactors]] and chemical [[reaction kinetics]]; transport and

{{r|Fluid dynamics}}

Vortices are one of the most important research areas in [[fluid dynamics]]. This comes mainly from two facts. First, vortices have a great impact on

* [[Fluid dynamics]]

...peed instrumentation, often with [[X-ray]]s or [[proton]]s, to determine [[fluid dynamics]] of what happens inside an explosive reaction. <ref name=GS-hydrodynamic>{

...st a cylinder''' is one of the first mathematical models that a student of fluid dynamics encounters. This flow is an excellent vehicle for the study of concepts tha

...ugh a venturi, we start with this common form of the [[Bernoulli equation (fluid dynamics)|Bernoulli equation]] for fluid flow:

...cable in different areas of physics, among others [[electrostatics]] and [[fluid dynamics]]. Another very important application of the theorem is that several physic

...ecently, advances in [[computing]] have enabled the use of [[computational fluid dynamics]] to simulate the behavior of fluid, reducing time and expense spent on win

...particular synthesis of the fundamentals of [[physics]], [[chemistry]], [[fluid dynamics]] and [[thermodynamics]].

...facilities using the concepts of [[fluid pressure]], [[fluid statics]], [[fluid dynamics]], and [[hydraulics]], among others.

The fluid dynamics of these explosions was much less understood, in the early 2000s, than tjat

...hor=Catherine J. Clarke and Bob Carswell|title=Principles of Astrophysical Fluid Dynamics|edition=1st Edition| publisher=Cambridge University Press|year=2007|pages=p

...column bottoms liquid into the kettle, or there may be sufficient [[Head (fluid dynamics)|liquid head]] to deliver the liquid into the reboiler. In this reboiler t

...involve continuous systems such as phenomena in [[physical cosmology]], [[fluid dynamics]] (e.g. [[climate model]]s, [[roadway noise]] models, [[roadway air dispers * [[Computational fluid dynamics]] simulations are used to simulate the behaviour of flowing air, water and

...<var>n</var>=1 is due to [[Jean Le-Rond D'Alembert]] in his 1752 work on [[Fluid dynamics|hydrodynamics]]<ref>See {{harvnb|D'Alembert|1752}}.</ref>: this connection

...physics|mathematical physics]] as [[scalar potential]]s in, for example, [[fluid dynamics]]. [[Laplace's equation]] is also basic to the study of [[partial different