N
- N2OEquilibrium Mass Fraction
- Equilibrium mass fraction of N2O, in Eqn. (4046).
- Net Reaction Rate <species>
- The overall mass source term due to chemical reaction of the species.
- Net Wall Heat Flux Coefficient, A
- Net Wall Heat Flux Coefficient, B
- Net Wall Heat Flux Coefficient, C
- Net Wall Heat Flux Coefficient, D
- The net wall heat flux
coefficients
,
,
,
.
In a multiphase continuum, versions of these field functions are created for each phase.
- Niyama Criterion of <Phase> @ <Critical Temperature>
- The Niyama Criterion of the melting-solidifying phase. (The field function Niyama Criterion of <Phase> in earlier releases now corresponds to Niyama Criterion of <Phase> @T_solidus.)
- NO2Equilibrium Mass Fraction
- Equilibrium mass fraction of NO2, in Eqn. (4045).
- NOEquilibrium Mass Fraction
- Equilibrium mass fraction of NO, in Eqn. (4044).
- Non-Conformal Interface Faces
- Displays the cells of any non-conformal interfaces between fluid/solid or solid/solid boundaries.
- Non-Ideal solution Correction to Salt Migration
- in Eqn. (4096).
- NonmanifoldEdges
- Displays any non-manifold edges on the surface. Only available for surface meshes.
- Non-Newtonian Horizontal Temperature Shift Factor
- in Eqn. (731) .When the simulation is independent of temperature .
- Non-Newtonian Vertical Temperature Shift Factor
-
in Eqn. (731). When the simulation is independent of temperature
.
Function Name: NonNewtonianVerticalTemperatureShiftFactor
Dimensions: [Dimensionless] Default units: N/A Type: Scalar Activated by: Viscous Flow, Viscous Energy - NO Mass Fraction
- Mass fraction of NO, in Eqn. (4044).
- NO2 Mass Fraction
- Mass fraction of NO2, in Eqn. (4044).
- NoraEgrFormationEnthalpyCorrection
- TBS
- NoraScaledEnthalpy
- TBS
- Normal
- A unit length vector perpendicular (orthogonal) to the boundary.
- Normal Bond Stress
- The normal stress in a bond, used in damage and failure modeling. See in Eqn. (3292). To access this field function, select the bonded particles models.
- Normalized Span of [Virtual Disk]
- Normalized radius (values from 0 through 1 where 0 corresponds to the origin of the virtual disk and 1 corresponds to the outer radius of the virtual disk) of cells within the virtual disk with respect to the local coordinate system of the virtual disk.
- Normalized Average Molar Concentration of [porous phase]
- The average molar concentration that is normalized by the maximum intercalated species concentration . The values range from 0 to 1.
- Normalized Surface Molar Concentration of [porous phase]
- The surface molar concentration that is normalized by the maximum intercalated species concentration . The values range from 0 to 1.
- Normalized Span Star of [Virtual Disk]
- Normalized radius of the virtual disk as given by Eqn. (4978). The values range from 0 through 1. A value of 0 corresponds to the inner radius (at the hub) and a value of 1 corresponds to the outer radius (at the tip) of the virtual disk. The radius is with respect to the local coordinate system of the virtual disk.
- Normalized Thickness of [Virtual Disk]
- Normalized
thickness with values from 0 through 1 where 0 is at the outer surface of
the virtual disk in the negative Z direction and 1 in the positive Z
direction.
This field function is specific to the User Defined Method of the Virtual Disk model. It is made available to access the flow field values to define the volumetric source term through field functions or user coding. You cannot visualize this field function on the volume mesh cells or on the virtual disk mesh points.
- Nucleation Site Number Density of [Interface]
- Nucleation Site Number Density in Eqn. (2128) for the Lemmert Chawla model or Eqn. (2132) for the Hibiki-Ishii model.
- Nukiyama Temperature
- The Nukiyama Temperature obtained from in Eqn. (2825).
- Number Density of <Phase>
- The number of massless particles of <phase> per unit volume of space.
- Number Density of [Species]
- Displays the number of particles in . Calculated by the molar concentration multiplied by the Avogadro constant, . A separate scalar field function is available for each species.
- Number of AMG cycles <variable> (CF, with Expert Driver enabled)
-
The number of multigrid cycles per iteration.
- Number of Collisions
- The number of collisions in a cell for a particular time-step. (No Time Counter) (Temporary)
- Number of DMR Retained Species
- Available when the chemistry acceleration property, Dynamic Mechanism Reduction, is activated. Displays the actual number of species from the full chemical mechanism that the CVODE solver retains and solves for.
- NusseltNumber
- The
non-dimensional heat transfer coefficient is calculated as: