Rev: -- / Page: 1 BOMBARDIER CONFIDENTIAL PROPRIETARY INFORMATION, NOT FOR DISCLOSURE UNDER ANY ACCESS TO INFORMATION OR SIMILAR LAWS OR OTHERWISE WITHOUT

BOMBARDIER CONFIDENTIAL PROPRIETARY INFORMATION, NOT FOR DISCLOSURE UNDER ANY ACCESS TO INFORMATION OR SIMILAR LAWS OR OTHERWISE WITHOUT THE PRIOR WRITTEN CONSENT OF BOMBARDIER INC.

Rev: -- / Page: 1

Module: 3D ICD & Layout

At the end of this module participants will be able to complete the following procedures as part of the 3D ICD and 3D Layout processes:

• BM10014.02.03.10 3D ICD – Layout Creation

3D ICD & Layout

Revision History


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CATIA

Create / Modify geometry or position

CATIA

Create / Modify geometry or position

• Update Part Attribute (visible in CATIA)

• V4/V5 Interoperability

• Use Knowledgeware Tools To:

• Create Parameterized Part

• Import Design Templates in Part

• Design Templates

• Create Sheet Metal Part

• Create Mechanical Systems

• Create Electrical Harnesses

• Re-use Existing Part:

• Symmetrical part definition

• Re-use existing designs

• Part Modifications

• Interface Control Drawings Management (ICD)

• Geometrical Interface Control Drawings Management (GICD)

• System Definition Drawings (SDD) • Visualization Aid

A or B

8. Position Part and Assembly

9. 3D Detail Part Definition for Green Aircraft

10. Instantiate Standard Parts from Catalogs

11. Create 3D Annotations & Tolerances on a Detail Part

12. Drafting Process Overview

13. Check Standards:

• Checklist

• Checking Tool

-----------------------------------

• Perform Analysis and Simulation:

• DMU Review for Green Aircraft

• Ergonomics Designer

• Kinematics

• Tolerance Analysis

Applicative Users’ Process Flow Chart Green Aircraft Design (3/4)

Organizations: Design

Concepts & Definitions

DesignerDesignLead

Legend

: specific methodology to Green Aircraft Design

All others methodologies are common to Interiors and Green Aircraft design

Refer to program directives to know what are the required deliverables


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CATIA

Create / Modify Geometry or Position

CATIA

Create / Modify Geometry or Position

• Update Part Attribute (visible in CATIA)

• V4/V5 Interoperability

• Use Knowledgeware Tools To:

• Create Parameterized Part

• Import Design Templates in Part

• Design Templates

• Create Sheet Metal Part

• Create Composite Part

• Create Mechanical Systems

• Create Electrical Harnesses

• Re-use Existing Part:

• Symmetrical part definition

• Re-use existing designs

• Part Modifications

• Interface Control Drawings (ICD)

• Geometrical Interface Control Drawings (GICD)

• System Definition Drawings (SDD)

A or B

8. Position Part and Assembly

9. 3D Detail Part Definition

10. Instantiate Standard Parts from Catalogs

11. Drafting Process Overview

12. Check Standards:

• Checklist

• Checking Tool

-----------------------------------

• Perform Analysis and Simulation:

• DMU Review

• Ergonomics Analysis

• Kinematics

• Tolerance Analysis

• Surface Import Process in Catia V5

DesignersDsg Leads Organizations: Advanced Design, Masterlines

Concepts & Definitions

Applicative Users’ Process Flow Chart Masterlines / Advanced Design (3/4)

Legend

: specific methodology to Green Aircraft Design

All others methodologies are common to Interiors and Green Aircraft design

Refer to program directives to know what are the required deliverables


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ICDs are represented by a BlackBox part (Dataset Type ICD ) linked to a Document with a CATProduct file (Black box)

ICDs are contained under an ICD collector in the Product Structure

ICD view:• Isolated view of the interfacing parts, no link with the

design product structure data (position)

• Parts defining the ICD can be of any type (detail, Layout, ICD, etc.)

ICD_1 rev --

BD700

ASSY_W-1

ASSY_X-1

PART_A-1

PART_B-1

PART_D-1

PART_C-1

ASSY_Y-1

PART_E-1

PART_F-1

ICD_PART_A-1

PART_B-1

PART_D-1

ASSY_V-1

ICD view

Example: ICD for the interface between ASSY_X-1 and ASSY_Y-1

Product Editor

Database Objects

PRC

Part

Refer to BM10010.02.02.07 Interface Control Data Management for more info.

BM10014.02.03.10 3D ICD – Layout Creation - Concepts and Definitions

3D ICD & Layout


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Parts not positioned!

Parts positioned!

Position Parts in ICDs• To populate Exploded parts in a BlackBox assembly:

- Load all parts from ENOVIA Part Editor- Load CATProduct assembly node from ENOVIA Product Structure- In CATIA, Copy Part- In CATIA, Paste Part in CATProduct- Repeat for all needed parts

• Note that when inserting a part in a assembly, part appears at assembly origin.

• In CATIA, position parts within Assembly with SNAP tool.

• Refer to BM10014.01.03.02 Assembly in BlackBox Mode for more details.

BM10014.02.03.10 3D ICD – Layout Creation - Concepts and Definitions, cont’d

3D ICD & Layout


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Interface points will be created and managed as 3D points in a separate CATPart that will be part of the ICD’s 3D Dataset

These 3D points will then be projected in the drawing as 2D points.

BM10014.02.03.10 3D ICD – Layout Creation - Concepts and Definitions, cont’d

3D ICD & Layout


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General Applicative Process Flow3D ICD & Layout

ENOVIA

Start ENOVIA

ENOVIA

Activate ICD Collector Part (ex: ICD-M110)

ENOVIA

Filter Product Structure orSearch for ICD

components

CATIA/ENOVIA

Savein LCA

ENOVIA

Insert new ICD Assembly Part (CATProduct)

CATIA/ENOVIA

Send ICD Assy and existing ICD components

in CATIA V5

CATIA

Copy / Paste existing components in ICD

Assembly

ENOVIA

In Part Editor, Create new ICD parts if required

CATIA/ENOVIA

Send new ICD parts in CATIA

V5

CATIA

Create geometry for each new

ICD Part (including FTA)

CATIA

Position ICD Parts in ICD CATProduct

ICD Creation

CATIA V5 Operation

ENOVIAOperation

Mixed CATIA ENOVIA V5Operation


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BM10014.02.03.10 3D ICD – Layout Creation - Demonstration and Exercise

Demonstration

Exercise book reference • ICD: Exercise 1

Scenario:Create ICD assemblySearch existing ICD componentsCreate ICD partInsert all ICD components in ICD assemblyPosition ICD partsCreate Interface Points

3D ICD & Layout


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Layouts are represented by an Exploded assembly node in the Product Structure under a Layout collector.• One Layout Collector Part will be created under PRC

Layout-1

X-1

Z-1

A-1

Layout-2

F-1

B-1

T-1

Product Structure

Layout Collector

BD700

Black Box content visible only in CATIA

Black Box Layout: R10 Methodology

Exploded content visible in both LCA and CATIA

Exploded Layout: R14 Methodology

Black Box visible in both LCA and CATIA

Database Objects

PRC

Part

BM10014.02.03.10 3D ICD – Layout Creation - Concepts and Definitions

3D ICD & Layout


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BM10014.02.03.10 3D ICD – Layout Creation - Demonstration and Exercise

Demonstration

Exercise book reference • N/A

Scenario:Create Layout assemblySearch existing partsCreate Layout partInsert parts in Layout assemblyPosition Layout parts

3D ICD & Layout


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Review

3D ICD & Layout

Participants can now complete the following procedures as part of the 3D Layout process:• BM10014.02.03.10 3D ICD – Layout Creation

Review questions:• What is the difference between a ICD and a Production component?

• How the ICD assembly structure must be defined?

• What are the differences between ICD part and Production part, attribute wise?

• ICD assembly must be on which A/C reference? Why?

• Why Layouts are defined in Exploded mode?

Documents

Rev: -- / Page: 1 BOMBARDIER CONFIDENTIAL PROPRIETARY INFORMATION, NOT FOR DISCLOSURE UNDER ANY ACCESS TO INFORMATION OR SIMILAR LAWS OR OTHERWISE WITHOUT