摘要:
The invention provides an apparatus and method for simulating a mold cooling process for injection molding. The mold includes a moldbase and a cavity; the method comprises the steps of creating a plurality of cavity meshes for the cavity, automatically creating a plurality of uniform or adaptive moldbase meshes for the moldbase, and determining the relationship between the cavity meshes and the moldbase meshes. Based on the relationship, a numerical method is applied to calculate the temperature distributions of the cavity and moldbase in the mold cooling process.
摘要:
A method for generating meshes and a computer-readable article for executing the method are disclosed. The method comprises the steps of: generating a plurality of hexahedral meshes for a model; creating a runner for the model; generating a plurality of meshes for the runner; and modifying the runner meshes located at an intersection area between the model and the runner so that each node of each runner mesh maps to a corresponding node.
摘要:
An automated mesh creation method for automatically creating meshes for a model that may be applied in a mold flow analysis. The method includes the steps of creating surface meshes for the model from a CAD model or a STL file; refining the surface meshes; creating boundary solid meshes for the model; creating interior solid meshes for the model; improving the quality of the boundary solid meshes or the interior solid meshes; performing a true 3D model flow analysis for the model according to the surface meshes, the boundary solid meshes and the interior solid meshes; and adjusting the surface meshes, the boundary solid meshes or the interior solid meshes according to any inaccuracy of the mold flow analysis.
摘要:
A method of rapidly building multiple three-dimensional pipes includes three primary steps: step of accepting inputs of geometric parameters; step of deriving the surface shape of multiple joined pipes according to geometric parameters; and step of deriving meshing points which present three-dimensional meshes of multiple joined pipes. There are “vacant areas” and “overlap areas” situation occurred joined area of pipes. The present invention divides joined area into “direct overlap areas”, “90 degree area” and “filling area” based on the intersecting angle of pipes.