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database [2009/02/19 15:24] gibson |
database [2009/02/19 15:28] gibson |
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- | HKW stands for [[#references|Hamilton, Kim, Waleffe]], who first studied dynamics in this small periodic cell. | + | HKW stands for [[#references|Hamilton, Kim, Waleffe (1995)]], who first studied dynamics in this small periodic cell. |
- | The HKW cell is usually taken as Lx=1.75π, Lz=1.2π or α=1.14, γ=1.67; note that these definitions are different in | + | In the literature the HKW cell is defined as either Lx=1.75π, Lz=1.2π or α=1.14, γ=1.67. Note that these |
- | the third digit. | + | definitions differ in the third digit. |
===== Equilibria ===== | ===== Equilibria ===== | ||
+ | |||
+ | These equilibria are for α=1.14, γ=2.5, to match [[:references|Waleffe (2003)]]. Re=400 for all. | ||
^ name ^ binary data ^ ascii data ^ image ^ author ^ posted ^ | ^ name ^ binary data ^ ascii data ^ image ^ author ^ posted ^ | ||
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| EQ9 | {{database:hkw:EQ9.ff}} | {{database:hkw:EQ9.tgz}} | [[database:hkw#eq9]] | " | " |===== Periodic orbits ===== | | EQ9 | {{database:hkw:EQ9.ff}} | {{database:hkw:EQ9.tgz}} | [[database:hkw#eq9]] | " | " |===== Periodic orbits ===== | ||
- | {{database:hkw:holy32.png}} | + | ===== Periodic orbits ===== |
- | We calculated periodic orbits with Lx=1.75π, Lz=1.2π to match Viswanath. All orbits are for Re=400. | + | These periodic orbits are for Lx=1.75π, Lz=1.2π, to match [[:references|Viswanath (2007)]]. All orbits are for Re=400. |
^ name ^ binary data ^ ascii data ^ symmetry ^ movie ^ author ^ posted ^ | ^ name ^ binary data ^ ascii data ^ symmetry ^ movie ^ author ^ posted ^ |