Richardson Number
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High Quality Content by WIKIPEDIA articles! The Richardson number is named after Lewis Fry Richardson (1881 ? 1953). It is the dimensionless number that expresses the ratio of potential to kinetic energy Ri = {ghover u^2} If the Richardson number is much less than unity, buoyancy is unimportant in the flow. If it is much greater than unity, buoyancy is dominant (in the sense that there is insufficient kinetic energy to homogenize the fluids).In aviation, the Richardson number is used as a rough measure of expected air turbulence. A lower score indicates a higher degree of turbulence. Values in...
High Quality Content by WIKIPEDIA articles! The Richardson number is named after Lewis Fry Richardson (1881 ? 1953). It is the dimensionless number that expresses the ratio of potential to kinetic energy Ri = {ghover u^2} If the Richardson number is much less than unity, buoyancy is unimportant in the flow. If it is much greater than unity, buoyancy is dominant (in the sense that there is insufficient kinetic energy to homogenize the fluids).In aviation, the Richardson number is used as a rough measure of expected air turbulence. A lower score indicates a higher degree of turbulence. Values in the range 10 to 0.1 are typical, with values below unity indicating significant turbulence.
