SYSTEMS ENGINEERING CASE STUDY : Automatic Modeling of an Airplane Component
The company aims to automatize the manual modeling process of the airplane ́s central body (fuselage), therefore, projects are lead to automatize the design process of each element composing it, including the shear cli...
, Introduction
The company aims to automatize the manual modeling process of
the airplane ́ s central body (fuselage), therefore, projects are lead to
automatize the design process of each element composing it,
including the shear clip, that is the main core of our project.
In this study, we will explicit details about the problematic and the
KBE solution’s development that consists of building a software
that automatically model the shear clip.
The rst chapter presents the general context of the project and
the work environment description;
The second chapter displays details about the shear clip automatic
modeling solution, the systemic view, the stakeholders’
identi cation;
The third chapter consigned to the speci cation of the software’s
requirements on every level of the Requirement Engineering in the
Systems Engineering approach;
The fourth chapter displays details about the followed steps of the
development of the software;
And at last, the results of the project.
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, SUMMARY
Introduction 2
SUMMARY 3
List of Figures 5
Chapter I . General Context 6
I.1. Presentation of the work environment 6
I.1.2 Digital Manufacturing and Development of Technology department 6
I.1.3 CAE Technology 6
I.1.4 Knowledge Based Engineering (KBE) 6
I.2. De nition of the project 7
I.2.1 Problematic 7
I.2.2 Objectives 8
I.2.3 Methodology 8
I.2.4 Planning 9
Chapter II . Systemic View of the shear clip automatic modeling 10
II.1. About the shearclip 10
II.1. Shearclip Automatic Modeling Solution 10
II.2. Use cases diagram 11
II.3. Identi cation of the stakeholders 12
Chapter III . Requirements speci cation of the Shear clip Automatic
Modeling system 14
III.1. Requirements Engineering Generalities 14
III.2. Requirements of the shear clip automatic modeling system 20
III.2.1 Stakeholders requirements 20
III.2.2 System requirements 20
III.2.3 Components requirements 21
III.2.4 Architecture requirements 22
Chapter IV . Software Development 23
IV.1. The modeling and parametrization of the shear clip on CatiaV5 23
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