Freq.	Weight	Association
4	4	Rayleigh number - Turbulent convection
4	4	Nusselt - Turbulent convection
4	4	Nusselt - Rayleigh number
4	4	Nusselt - Nusselt number
4	4	Nusselt number - Turbulent convection
4	4	Nusselt number - Rayleigh number
4	4	Heat transport - Turbulent convection
4	4	Heat transport - Rayleigh number
4	4	Heat transport - Nusselt
4	4	Heat transport - Nusselt number
4	4	Convection - Turbulent convection
4	4	Convection - Rayleigh
4	4	Convection - Rayleigh number
4	4	Convection - Nusselt
4	4	Convection - Nusselt number
4	4	Convection - Heat transport
4	4	Aspect ratio - Turbulent convection
4	4	Aspect ratio - Rayleigh number
4	4	Aspect ratio - Nusselt
4	4	Aspect ratio - Nusselt number
4	4	Aspect ratio - Heat transport
4	4	Aspect ratio - Convection
3	3	Rayleigh - Turbulent convection
3	3	Rayleigh - Rayleigh number
3	3	Nusselt - Rayleigh
3	3	Nusselt number - Rayleigh
3	3	Heat transport - Rayleigh
3	3	Aspect ratio - Rayleigh

Documents par ordre de pertinence

000037 (2012)	Xiaozhou He [Allemagne] ; Denis Funfschilling [France] ; Eberhard Bodenschatz [Allemagne, États-Unis] ; Guenter Ahlers [Allemagne, États-Unis]	Heat transport by turbulent RayleighBnard convection for Pr0.8 and 41011Ra21014: ultimate-state transition for aspect ratio 1.00
000038 (2012)	Guenter Ahlers [États-Unis] ; Xiaozhou He [Allemagne] ; Denis Funfschilling [France] ; Eberhard Bodenschatz [Allemagne, États-Unis]	Heat transport by turbulent RayleighBnard convection for Pr0.8 and 31012Ra1015: aspect ratio 0.50
000057 (2009)	Guenter Ahlers [États-Unis] ; Denis Funfschilling [France] ; Eberhard Bodenschatz [Allemagne, États-Unis]	Transitions in heat transport by turbulent convection at Rayleigh numbers up to 1015
000045 (2011)	Guenter Ahlers [États-Unis] ; Denis Funfschilling [France] ; Eberhard Bodenschatz [Allemagne, États-Unis]	Heat transport in turbulent Rayleigh-Bénard convection for Pr ≃ 0.8 and Ra ≲ 10
000116 (2000)	Bernhard Reiser [Allemagne]	Real processing III. The generalized statement of Helmholtz and Rayleigh and its meaning for process engineering
000056 (2009)	Guenter Ahlers [États-Unis] ; Eberhard Bodenschatz [Allemagne] ; Denis Funfschilling [France] ; James Hogg [États-Unis]	Turbulent Rayleigh–Bénard convection for a Prandtl number of 0.67

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