Darcy friction factor
characteristic number for the pressure drop in a pipe due to friction in a laminar or turbulent flow
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Darcy friction factor
Summary
Darcy friction factor ranks in the top 2% of general entities by monthly Wikipedia readership (241 views/month).[1]
Key Facts
- Darcy friction factor's subclass of is recorded as characteristic number[2].
- Darcy friction factor's Freebase ID is recorded as /m/03cgl57[3].
- Darcy friction factor's described by source is recorded as ISO 80000-11:2019 Quantities and units — Part 11: Characteristic numbers[4].
- Darcy friction factor's defining formula is recorded as f_{\mathrm{D}} = \frac{2 \Delta p}{\rho v^2} \frac{d}{l}[5].
- Darcy friction factor's ISQ dimension is recorded as 1[6].
- Darcy friction factor's maintained by WikiProject is recorded as WikiProject Mathematics[7].
- Darcy friction factor's Microsoft Academic ID is recorded as 121127069[8].
- Darcy friction factor's in defining formula is recorded as f_{\mathrm{D}}[9].
- Darcy friction factor's in defining formula is recorded as \Delta p[10].
- Darcy friction factor's in defining formula is recorded as \rho[11].
- Darcy friction factor's in defining formula is recorded as v[12].
- Darcy friction factor's in defining formula is recorded as d[13].
- Darcy friction factor's in defining formula is recorded as l[14].
- Darcy friction factor's Wolfram Language quantity ID is recorded as DarcyFrictionFactor[15].
- Darcy friction factor's quantity symbol is recorded as f_{\mathrm{D}}[16].
- Darcy friction factor's recommended unit of measurement is recorded as 1[17].
Why It Matters
Darcy friction factor ranks in the top 2% of general entities by monthly Wikipedia readership (241 views/month).[1] It has Wikipedia articles in 9 language editions, a strong signal of global cultural recognition.[18] It is known by 13 alternative names across languages and contexts.[19]