hydrodynamical helicity
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hydrodynamical helicity
Summary
hydrodynamical helicity ranks in the top 2% of general entities by monthly Wikipedia readership (47 views/month).[1]
Key Facts
- hydrodynamical helicity is credited with the discovery of Jean-Jacques Moreau[2].
- hydrodynamical helicity is credited with the discovery of Keith Moffatt[3].
- hydrodynamical helicity is credited with the discovery of William Thomson, 1st Baron Kelvin[4].
- hydrodynamical helicity's subclass of is recorded as physical quantity[5].
- hydrodynamical helicity's subclass of is recorded as scalar quantity[6].
- hydrodynamical helicity's Freebase ID is recorded as /m/044hz5[7].
- hydrodynamical helicity's defining formula is recorded as H=\int_{V}\mathbf{u}\cdot\left(\nabla\times\mathbf{u}\right) dV[8].
- hydrodynamical helicity's ISQ dimension is recorded as \mathsf{L}^2 \mathsf{T}^{-2}[9].
- hydrodynamical helicity's maintained by WikiProject is recorded as WikiProject Mathematics[10].
- hydrodynamical helicity's Microsoft Academic ID is recorded as 118303907[11].
- hydrodynamical helicity's Wolfram Language quantity ID is recorded as HydrodynamicalHelicity[12].
- hydrodynamical helicity's quantity symbol is recorded as H[13].
Body
Works and Contributions
Credited discoveries include Jean-Jacques Moreau[2], a mathematician[14], 1923–2014[15], of France[16], specialised in mathematics[17]; Keith Moffatt[3], a physicist[18], b. 1935[19], of United Kingdom[20], awarded the Officer of the French Order of Academic Palms[21], specialised in mathematical physics[22]; and William Thomson, 1st Baron Kelvin[4], a physicist[23], 1824–1907[24], of United Kingdom of Great Britain and Ireland[25], awarded the Pour le Mérite for Sciences and Arts order[26], specialised in physics[27].
Why It Matters
hydrodynamical helicity ranks in the top 2% of general entities by monthly Wikipedia readership (47 views/month).[1] It has Wikipedia articles in 7 language editions, a strong signal of global cultural recognition.[28] It is known by 6 alternative names across languages and contexts.[29]