3] scale layers formed under isothermal flow
Thus, non linearity of the rheological behavior is not sufficient to induce irreversibility in isothermal flow
Numerical simulation of 3D turbulent isothermal flow
in a vortex combustor.
At this point, one could think of two different explanations for the observation that a premixed flame which is confined inside a duct has many times the wall flashback propensity of a flame burning in free atmosphere: (1) The presence of the flame inside the duct may change the macroscopic axial velocity field, up to regions considerably upstream of the flame, which would distort the formerly quasi two-dimensional, canonical turbulent boundary layer of the isothermal flow
in such a way that the near-wall region becomes retarded and velocity gradients decrease.
studies in a reverse-flow gas turbine combustor" PhD thesis, Indian Institute of Technology, Delhi, December 1997.
All dies are designed on the premise of isothermal flow
For the case of isothermal flow
, by denoting the film thickness as [[delta].
Equation 2 is general and applicable for isothermal flow
For the experimental conditions of figure 5, calculated maximum pressures, based on a non-Newtonian isothermal flow
in a linear wedge (ref.
The traditional method of evaluating design of fossil fuel boilers involves isothermal flow
cold models and small pilot scale test furnaces.
5 instantaneous axial velocity vectors for the same isothermal flow
To investigate the effect of the geometrical parameters on the flow distribution in the coat-hanger die, Wang (2) studied the influence of the manifold angle and the contour of the cross section of the flow channel on the exit velocity distribution using a three-dimensional (3D) finite element code with isothermal flow
of power law fluids.