
See: compact, solid
Mentioned in ?
References in periodicals archive ?
Present study proposes a new multidimensional artificially characteristic-based (MACB) scheme for simulation of incompressible viscous flows with heat transfer.
Also, for a hyperelastic material, the Cauchy stress tensor, a, is obtained from the strain energy density function for compressible and incompressible materials as follows [23]:
The quantities P, Q, and R appearing in (1) are the first, second, and third invariants of A, respectively, and the first invariant P reflects the compressibility of a fluid element; that is, P > 0 signifies fluid element compression, P < 0 signifies fluid element expansion, and P = 0 indicates that fluid element is incompressible [4, 5].
Takhar et al [5] analyzed mixed convention of an incompressible viscous fluid in a porous medium past a vertical plate.
Thus, the problem of finding energy density distribution in space is reduced to the problem of finding the stretching statistics of a material surface (the wavefront) in incompressible flow field.
Thurston established in the late 1970s that if M is compact, with boundary consisting of incompressible tori and Klein bottles and M is anannular and atoroidal, then M admits a complete hyperbolic metric of finite volume.
The aforementioned considerations encompass the continuity equation, which states that the cross-sectional area (A = cm2) of a tube through which an incompressible fluid flows at a constant rate is inversely related to the velocity (v = cm/sec) of the flow (= cm3/sec).
Consider the viscous incompressible fluid flowing through the space between the noncoaxial disks.
Berman (1953) was the first reasercher who studied the problem of steady flow in an incompressible viscous fluid through a porous channel with rectangular cross section, when the Reynold number is low and the pertubation solution assuming normal wall velocity to be equal was obtained [1].
With incompressible fixed costs, such as runway maintenance, increasing safety and environmental measures, and low non-aviation income, it is virtually impossible for certain small airports to be profitable," explained Olivier Jankovec, director-general of ACI Europe.
A liquid is incompressible, for all practical purposes, within the range of pressure used in prosthetics.