 | N. G. Cooper, Roger Eckhardt, Nancy Shera - Science - 1989 - 324 pages
...main text). The low-velocity equation of state for a lattice gas can be written as p = \p (l - jv2), where p is the pressure, p is the density, and v is...constant-pressure flows, regions of higher velocity Hows have higher densities. The velocity dependence of the equation of state is related to the fact... | |
 | J. A. Sethian - Computers - 1999 - 404 pages
...obtained by taking the curl of the NavierStokes equation (discussed in the next section) is given by where P is the pressure, p is the density, and v is the viscosity. A formula for the vorticity jump [u] was produced by Hayes [111] in the inviscid limit,... | |
 | Erik Dick, Kris Riemslagh, Jan Vierendeels - Mathematics - 2000 - 316 pages
...= where u and v are the Cartesian components of velocity, p' is the kinematic pressure (p1 = p/p), p is the pressure, p is the density, and v is the kinematic viscosity. 2.2 Discretization We consider an orthogonal grid. The convective part of the... | |
 | Robert C. McOwen - Differential equations, Partial - 2004 - 446 pages
...(3) 又早 羽十( 仔· V ) 钉十p 一Vp 二厂A 而十/ ， where u is the velocity of the fluid, p is the pressure, p is the density, and v is the viscosity. If the motion is allowed to reach equilibrium (timeindependence), then we encounter the... | |
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The low-velocity equation of state for a lattice gas can be written as p - ^p (l - |v2), where p is the pressure, p is the density, and v is the flow speed. 