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

*{{pl|Fluid dynamics}}

...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

...that flows. However, modern rheology typically deals with non-Newtonian [[fluid dynamics]], so it is often considered a sub-field of [[continuum mechanics]]. See a

== Fluid dynamics ==

...n I thought. The one area where I started to glaze over seemed to be about fluid dynamics, which is an area where I mutter "laminar flow, turbulent flow, and...other ...o put it up for Approval now. If a physicist (I think) who knew more about fluid dynamics were to cross-check, I'd appreciate it, but I think it's in better shape th

...engineer. Most engineers simply use g = 9.807 or even 9.8 when doing their fluid dynamics calculations and, in 99% of an engineer's work, a possible 1% error is tota ...s. As I have said before, g is used a great deal by engineers dealing with fluid dynamics and we need a straightforward article about g which is clearly written in u

*Atmospheric and Oceanic Fluid Dynamics

### [[Computational fluid dynamics|CFD]] — MS

...amme#Curriculum | IB program]], which included an independent project on [[fluid dynamics]]. An angsty teen, I subscribed to [[mystic]] beliefs, became interested in

[[computational fluid dynamics (CFD)]]

Added some new material to [[Fluid dynamics]], which is a ''branch'' of physics, which is a ''[[STEM]]'' field. At leas

Added some new material to [[Fluid dynamics]], which is a ''branch'' of physics, which is a ''[[STEM]]'' field. At leas

== Need your help with [[Fluid dynamics]] article == Peter, I need your help with the [[Fluid dynamics]] article:

...><ref>{{cite journal|author=Yongxiang Yang et al|title=Using Computational Fluid Dynamics to Modify a Waste-Heat Boiler Design"|journal=Journal of minerals, Metals a

...><ref>{{cite journal|author=Yongxiang Yang et al|title=Using Computational Fluid Dynamics to Modify a Waste-Heat Boiler Design"|journal=Journal of minerals, Metals a