XSim
Preferences

Sorry, this application can not be used with your web browser. Please try the following web browsers.

ChromeChrome
IEIE
FirefoxFirefox
  • Import Shape
    • Mesh
    • Basic Settings
    • Physical Property
    • Initial Condition
    • Flow Boundary Condition
    • Calculation Settings
    • Output
    • Export

    Import Shape

    • Select files
    • Drop files
    • Add shape
    Drop files here (.stl, .ast, .stla, .stlb, .obj, .3ds)
    m
    m
    m
    m
    m
    Imported file size

    Mesh

    Volume mesh settings
    MergeRefine
    Preview
    m
    m
    m
    Refinement settings
    Preview
    m
    m
    m
    m
    m
    m
    m
    Refinement condition
      Feature line
      °
      Layer mesh settings
      Layer number condition

      Basic Settings

      sec
      Time interval
      sec
      m/s2
      Pa

      Physical Property

      Physical property library
      Physical property parameters
      g/cm3
      m2/s
      \nu=k\dot{\gamma}^{n-1} \quad \nu_\min \leq \nu \leq \nu_\max
      m2/s
      m2/s
      m2/s
      \nu=\nu_\infty+\frac{\nu_0-\nu_\infty}{1+(m\dot{\gamma})^n}
      m2/s
      m2/s
      s
      Thermophysical property parameters
      1/K
      K
      Physical property parameters
      g/mol
      J/(kg・K)
      Pa・s
      \rho={1\over RT} p + \rho_0
      J/(kg・K)
      kg/m3
      \rho=\rho_0[1-(T-T_0)]
      kg/m3
      1/K
      K

      Initial Condition

      Pa K m2/s2 m2/s3 m2/s kg/(m・s) m/s
      Initial conditions
      * If no condition is set to, a default value will be used.

      Flow Boundary Condition

      Flow boundary parameters
      m/s
      K
      kg/s
      K
      m3/s
      K
      m/s
      K
      Pa
      Pa
      K
      K
      W/m2
      K
      W
      K
      W/(m2・K)
      K
      K
      K
      W/m2
      K
      W
      K
      W/(m2・K)
      K
      K
      m/s
      K
      W/m2
      K
      W
      K
      W/(m2・K)
      K
      K
      Boundary conditions
      * If no condition is set to a region, the region will be a slip wall.
      * If no condition is set to a region, the region will be a adiabatic slip wall.

      Calculation Settings

      • Relaxation Factors
      • Steady state convergence criteria
      * The smaller value means more stable, the larger value means more speedy.

      Output

      • General
      • Region
      • Sampling
      • Extra file format
      Minimum/Maximum values
      Output conditions
      mPreview
      Output conditions

        Export

        Switch draw mode