/INIMAP1D/FILE

Block Format Keyword Map 1D velocities and thermodynamic values into 2D or 3D space using spherical, cylindrical, or planar mapping methods. The mapped results are used with /ALE/EULER materials.

Format

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10)
/INIMAP1D/FILE/inimap1d_ID
inimap1d_title
type
node_ID1 node_ID2
grbric_ID grquad_ID grtria_ID
Filename

Definition

Field Contents SI Unit Example
inimap1d_ID Inimap1d block identifier.

(Integer, maximum 10 digits)
inimap1d_title Inimap1d block title.

(Character, maximum 100 characters)
type Initial mapping type.
1
Planar mapping.
2
Cylindrical mapping.
3
Spherical mapping.

(Integer)
node_ID1 Node 1 identifier.

(Integer, maximum 10 digits)
node_ID2 Node 2 identifier, only if type=1 or 2.

(Integer, maximum 10 digits)
grbric_ID Brick group on which initialization is performed.

(Integer)
grquad_ID Quad group on which initialization is performed.

(Integer)
grtria_ID Tria group on which initialization is performed.

(Integer)
Filename File generated by previous 1D run with /STATE/INIMAP1D/FILE.

(Character)

Comments

  1. The option can be used to initialize a 2D or 3D simulation from the results of a 1D simulation potentially obtained from an external solver.
  2. Three different initialization types are available depending on the type parameter:
    • type = 1: a planar initialization is performed where the 1D results are mapped onto a plane which is normal to the vector defined from node_ID1 to node_ID2. The abscissa values in an input function are the distance along the plane’s normal vector. The ordinate values from the input function are a constant value for the entire plane at a given distance along the normal. See Figure 1 and Figure 2.
    • type = 2: a cylindrical initialization is performed where the local z cylindrical axis is defined from node_ID1 to node_ID2. The abscissa values in an input function are the radial distance from the local z cylindrical axis. The ordinate values from the input function are a constant value for the entire cylindrical surface at given radial distance. See Figure 3 and Figure 4.
    • type = 3: a spherical initialization is performed, using the origin defined by node_ID1. The abscissa values in an input function are the radial distance from origin. The ordinate values from the input function are a constant value for the entire spherical surface at given radial distance. See Figure 5 and Figure 6.
  3. If explosive material LAW5 (JWL) is used as submaterial, then mapping will be proceeded considering all explosive was burnt (burn fraction = 1.0). The mapping will be done with detonation products only with a burn fraction = 1.0.
    Figure 1. Mass density (with input function) planar mapping on a 50 x 50 x 50 cubic mesh


    Figure 2. Velocity (with input function) planar mapping on a 50 x 50 x 50 cubic mesh


    Figure 3. Mass density (with input function) cylindrical mapping on a 50 x 50 x 50 cubic mesh


    Figure 4. Velocity (with input function) cylindrical mapping on a 50 x 50 x 50 cubic mesh


    Figure 5. Mass density (with input function) spherical mapping on a 50 x 50 x 50 cubic mesh


    Figure 6. Velocity (with input function) spherical mapping on a 50 x 50 x 50 cubic mesh