CATIA V5: Composites Part Manufacturing & Fiber Modeler

Lesson 1: 
Course Requisites: Composites Part Manufacturing

• This module includes the conventions and environment details for the course content.

Lesson 2: 
Introduction to Composites Manufacturing Preparation

• In this module, you will be learn about Composite Manufacturing processes.
• You will also learn about CPM workbench.

Lesson 3: 
Creating Composites Design Using Manual Approach

• In this module, you will learn how to define the composites parameters.
• You will also learn how to create, modify and analyze the plies using the manual approach.

Lesson 4: 
Creating a Manufacturing Part

• In this module, you will learn how to create and synchronize manufacturing stacking.
• You will also learn to swap the composites skin and define material excess.

Lesson 5: 
Reviewing Composite Entities

• In this module, you will learn how to manage plies interactively, analyze plies and modify plies.
• You will learn how to generate a ply table.
• You will also learn about creating a mirrored part.

Lesson 6: 
Generating the Manufacturing Data

• In this module, you will learn how to analyse producibility and crate a dart.
• You will also learn to create flattened plies and multi splice.
• You will also learn how to create Butt splice and No splice zones and add material to plies.

Lesson 7: 
Creating Manufacturing Documents

• In this module, you will learn how to export the composite data.
• You will also learn how to create a drawing and generate a ply book.

Lesson 8: 
Reviewing Composites Using Digital Mock-Up

• In this module, you will review the assembly using numerical analysis, interactive ply table and perform producibility inspection.
• You will also learn how to create core samples and export core sample results.

Lesson 9: 
Master Exercise: Create a Panel Using Manufacturing Design

• In this module, you will create a composites panel using the Manufacturing Design tools of the Composites Design workbench.

Lesson 10: 
Introduction to Fiber Simulation

• Why Fiber Simulation?
• Surface Geometries
• Material Models
• Propagation Modes
• Operation in CATIA

Lesson 11: 
Constraint on Fibers

• Seed/Guide Curve
• Order of Drape Region

Lesson 12: 
FE Flattening

• Material Model
• Simulation Principles
• Comparison with Geometric 
• Fiber Simulation