Geometry:
- Create Node
- Node edit
- Temp Nodes
- Distance
- Dimensioning
- Lines
- Line edit
- Length
- Delete Mask
- Surface & Surface edit
- Normals
- Translate
- Rotate
MID-Surface Extraction:
- Auto-Midsurface Extraction
- Surface Pairing
- De-featuring
2D Meshing:
- Introduction to Meshing
- Types of collectors
- Auto-Meshing ( Size & Biasing) Density and mesh style
- Mesh Connectivity
- Replace & Remeshing
- Current and surface comps
- Quality criteria
- Warpage
- Aspect ratio
- Jacobian
- Skewn
- Reducing Trias percentage
Manual Meshing:
- Ruled
- Spline
- Skin
- Drag
- Spin
- line drag
- elems offset
Mesh Edit:
- Edit Elements
- Find entities
- Organize Entities
- Project
- Position
- Normals
- Scale
3D Hex Meshing:
- Introduction to 3D Meshing Types of 3D elements
- Drag
- Spin
- Line drag & Element offset On drag calculation
3D Solid Mesh:
- Solid and Solid Edit Solid Map Commands
- Linear Mesh
- Solid Mesh
Solid Mapping:
- Mappable solids General
- line drag Linear solid
- End only
- One Volume Multi-solids
- Mesh style
3D Tetra Meshing:
- Introduction to Tetra mesh
- Volume Tetra
- Tet Collapse
- Remeshing Tetra Parameters
1D Mesh:
- Introduction 1D elements
- Beam elements
- Bars
- Rods RBE2 & RBE3 Elements
- Welding
- Bolt Connections
Linear Meshing:
- Introduction to Analysis
- Create collectors
- Material properties
- Card edit
- loads Constraints
- loadsteps
Modal & Buckling Analysis:
- Deck preparation
- Material and properties Modal & Buckling loads and constraints
ELIGIBILITY:
Civil,Mechanical, Electrical, Architectural (Diploma or Engineering Student)
CAREER OPTIONS:
Draftsmen, Designers, Architects, Engineers, Planners, Builders.
CAREER SUPPORT:
100% Job Placement Assistance, Industry Interaction, Job Fairs, Career Seminars, Creative Workshops.
Course Features
- Lectures 72
- Quizzes 0
- Duration 120 hours
- Skill level All levels
- Language English
- Students 0
- Assessments Self
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SECTION 1: Geometry
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SECTION 2: MID-Surface Extraction
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SECTION 3: 2D Meshing
- LESSON 3.1: Introduction to Meshing
- LESSON 3.2: Types of collectors
- LESSON 3.3: Auto-Meshing ( Size & Biasing) Density and mesh style
- LESSON 3.5: Replace & Remeshing
- LESSON 3.4: Mesh Connectivity
- LESSON 3.6: Current and surface comps
- LESSON 3.7: Quality criteria
- LESSON 3.8: Warpage
- LESSON 3.9: Aspect ratio
- LESSON 3.10: Jacobian
- LESSON 3.11: Skewn
- LESSON 3.12: Reducing Trias percentage
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SECTION 4: Manual Meshing
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SECTION 5: Mesh Edit
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SECTION 6: 3D Hex Meshing
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SECTION 7: 3D Solid Mesh
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SECTION 8: Solid Mapping
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SECTION 9: 3D Tetra Meshing
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SECTION 10: 1D Mesh
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SECTION 11: Linear Meshing
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SECTION 12: Modal & Buckling Analysis