CFD Analyser Functions & Integration Types

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Tecplot

New Features 4.0
Feature List
CFD Solutions
Functions & Integration Types
Sys. Requirements

CFD Analyser 4.0 - Functions & Integration Types

The Power and Simplicity of CFD Analyzer 4.0

Function Calculator
Calculate new variables from your data by selecting from an extensive list of predefined functions for important grid properties and flow field variables. Once a variable has been created it can be plotted in Tecplot and used for additional calculations. Functions for turbulence quantities are included along with options for normalizing your data. The fluid properties options are enhanced by letting you specify data set variables for the dynamic viscosity, ratio of specific heats, and the specific gas constant.

	I-Aspect Ratio J-Aspect Ratio K-Aspect Ratio I-Stretch Ratio J-Stretch Ratio K-Stretch Ratio I-Face Skewness J-Face Skewness K-Face Skewness Cell Diagonal1 Skewness Cell Diagonal2 Skewness IJ-Normals Skewness JK-Normals Skewness KI-Normals Skewness Max Normals Skewness I-Orthogonality J-Orthogonality K-Orthogonality Min Orthogonality I-Nonplanarity J-Nonplanarity K-Nonplanarity Min Nonplanarity
Jacobian Cell Volume Grid I-Unit Normal (vector) Grid J-Unit Normal (vector) Grid K-Unit Normal (vector) Density Stagnation Density Pressure Stagnation Pressure Pressure Coefficient Stagnation Pressure Coefficient Pitot Pressure Pitot Pressure Ratio Dynamic PressureTemperature Stagnation Temperature Enthalpy Stagnation Enthalpy Internal Energy Stagnation Energy Stagnation Energy per Unit Volume Kinetic Energy U-Velocity V-Velocity W-Velocity Velocity Magnitude Mach Number Speed of Sound Cross Flow Velocity Equivalent Potential Velocity Ratio X-Momentum Y-Momentum Z-Momentum	Entropy Entropy Measure S1 X-Vorticity Y-Vorticity Z-Vorticity Vorticity Magnitude Swirl Velocity Cross Vorticity Magnitude Helicity Relative Helicity Filtered Relative Helicity Shock Filtered Shock Pressure Gradient Magnitude Density Gradient Magnitude X-Density Gradient Y-Density Gradient Z-Density Gradient Shadowgraph Divergence of Velocity Sutherland’s Law Isentropic Density Ratio Isentropic Pressure Ratio Isentropic Temperature Ratio Velocity (vector) Vorticity (vector) Momentum (vector) Perturbation Velocity (vector) Velocity Cross Vorticity (vector) Pressure Gradient (vector) Density Gradient (vector) Velocity Gradient (tensor)
Integration Types Integrate scalars and vectors along lines, over surfaces, and in volumes where you have control over the limits. Easily calculate volumes, areas, flow rates, and forces. Calculate moments about a user-specified origin. An axisymmetric option allows you to input an axis of rotation to obtain a 360 degree solution from a 2-D data set. Use weighting functions to calculate performance-oriented parameters such as the mass-averaged total pressure.
Length/Area/Volume Scalar Integral Average Mass-Weighted Scalar Mass-Weighted Average Weighted Average Scalar Flow Rate	Mass Flow Rate Mass-Weighted Flow Rate Mass Flow-Weighted Average Forces and Moments Vector Dotted with Unit Normal Vector Average Vector Dotted with Unit Tangential

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