课件教程说明教案icae unit06l06meshing.pptx

Lesson content: Overview Introduction Dependent and Independent Part Instances Mesh Generation Techniques Enabling Various Meshing Techniques Bottom-Up Hex Meshing Mesh Compatibility Controlling Mesh Density and Gradation Parametric Modeling Assigning Element Types Verifying Mesh Quality Mass and Mesh Queries Demonstration 6a: Using the Mesh Module Demonstration 6b: Partitioning and Meshing Workshop 6a: Three-Dimensional Meshing—Hinge Model Workshop 6b: Two-Dimensional Meshing—Fuse Model Workshop 6c: Meshing—Clip and Plate Model;Overview;Introduction (1/2);Introduction (2/2);Dependent and Independent Part Instances (1/4);Dependent and Independent Part Instances (2/4);Dependent and Independent Part Instances (3/4);Dependent and Independent Part Instances (4/4);Mesh Generation Techniques (1/13);Mesh Generation Techniques (2/13);Mesh Generation Techniques (3/13);Mesh Generation Techniques (4/13);Mesh Generation Techniques (5/13);Mesh Generation Techniques (6/13);Mesh Generation Techniques (7/13);Mesh Generation Techniques (8/13);Mesh Generation Techniques (9/13);Mesh Generation Techniques (10/13);Mesh Generation Techniques (11/13);Mesh Generation Techniques (12/13);Mesh Generation Techniques (13/13);Enabling Various Meshing Techniques (1/4);Enabling Various Meshing Techniques (2/4);Enabling Various Meshing Techniques (3/4);Enabling Various Meshing Techniques (4/4);Bottom-Up Hex Meshing (1/3);Bottom-Up Hex Meshing (2/3);Bottom-Up Hex Meshing (3/3);Mesh Compatibility (1/5);Mesh Compatibility (2/5);Mesh Compatibility (3/5);Mesh Compatibility (4/5);Mesh Compatibility (5/5);Controlling Mesh Density and Gradation (1/5);Triangular and tetrahedral meshes and quadrilateral meshes using the advancing front algorithm match the seeds exactly. For hexahedral or quadrilateral meshes (using the medial-axis algorithm) Abaqus often must change the element distribution to permit successful meshing. You can prevent such adjustments by constraining the seeds along an edge. ;Controlling M