TESTNET A Network of excellence Integration of Testing - - PowerPoint PPT Presentation

testnet
SMART_READER_LITE
LIVE PREVIEW

TESTNET A Network of excellence Integration of Testing - - PowerPoint PPT Presentation

TESTNET A Network of excellence Integration of Testing Methodologies Participation and Expectations of Airbus Deutschland H.J. Tews Airbus Deutschland GmbH Test Methods and Means Kreetslag10 D21129 Hamburg, Germany 1 24.09.2002


slide-1
SLIDE 1

TESTNET_kick_off

1

24.09.2002

TESTNET

A Network of excellence Integration of Testing Methodologies

Participation and Expectations of Airbus Deutschland

H.J. Tews Airbus Deutschland GmbH Test Methods and Means Kreetslag10 D21129 Hamburg, Germany

slide-2
SLIDE 2

TESTNET_kick_off

2

24.09.2002

Ownership of the Airbus (SAS)

EADS (N.V.) BAE SYSTEMS Airbus SAS

80% 20%

Airbus France Airbus Deutschland Airbus España Airbus UK

Airbus is a company under French law (SAS).

slide-3
SLIDE 3

TESTNET_kick_off

3

24.09.2002

Development of Aerospace Industry in Europe

50 years of restructuring efforts have led to a consolidation within the European Aerospace industry.

Britisch Aircraft Corp Hawker Siddeley Dynamics Scottish Aviation BAe Systems Marconi Electronic

BAe

Breguet Marcel Dassault Air Fouga Morane-Saulnier Quest-Aviation Sud-Aviation Nord-Aviation Arsenal AEA Weser-Flug Focke-Wulf Heinkel HFB Messerschmitt Bölkow Junkers Dornier

Dassault Aviation

Aerospatiale

CASA HASA

EADS bis 1950 1960 1970 1980 1990 2000

Fairchild

  • Dornier

MTU München MBB VFW

DASA

MTU München

slide-4
SLIDE 4

TESTNET_kick_off

4

24.09.2002

Airbus in Europe

Broughton

  • Wing
  • Major part mach.

Meaulte

  • Cockpit-Structure
  • Shells, small part

machining

  • St. Nazaire
  • Fuselage section
  • Mat.-,equip. –comp.

Nantes

  • Center wing box
  • Mach. of maj. comp.

Toulouse Engineering

  • FAL WB/LR,A320
  • Pylons

Bremen Engineering

  • Wing equipment
  • Metal components

Varel

  • Machining parts
  • Tooling

Stade

  • VTP
  • Composites

Hamburg Engineering

  • FAL A319/A321
  • Fuselage sections

Nordenham

  • Fuselage shells
  • Large sheets

Laupheim

  • Interior comp.
  • Air duct

Filton Engineering

  • Wing assemblies
  • Metal components

Getafe Engineering

  • HTP
  • Composites

Illescas

  • Composites

Cadiz/Puerto Real

  • HTP
  • Structure

The Airbus is mainly engineered and produced in Germany, France, England and Spain.

slide-5
SLIDE 5

TESTNET_kick_off

5

24.09.2002

History of Airbus Deutschland GmbH

Airbus Deutschland GmbH: A long tradition in aircraft design and manufacturing.

Weser Flugzeugbau GmbH Focke Wulf Flugzeug- bau AG Heinkel Flugzeugwerke GmbH Hamburger Flugzeugbau GmbH Junkers AG Messer- schmitt AG Bölkow GmbH

* Transport Aircraft Division becomes a partner in the Airbus Program VFW GmbH Messerschmitt Bölkow GmbH

MBB GmbH

1930 1940 1950 1970 1980 1990 1960 2000

MBB GmbH*

DaimlerChrysler Aerospace Airbus GmbH Daimler-Benz Aerospace Airbus GmbH

Daimler-Benz Aerospace Airbus GmbH

MBB GmbH

Deutsche Airbus GmbH DaimlerChrysler Aerospace Airbus GmbH

EADS Airbus GmbH

Airbus Deutschland GmbH

slide-6
SLIDE 6

TESTNET_kick_off

6

24.09.2002

Research and Technology

In order to remain competitive on the world market, Airbus Deutschland GmbH continually invests in future technologies.

Passenger systems

Cabin communications Cabin systems Air and water supply systems Insulation systems

Aerodynamics

Reduction of aerodynamic drag Laminar vertical tail High-lift configuration

Electronic flight control

Intelligent actuator Power-by-wire actuator Technology Software technology

Structural Mechanics/Production

New-technology fuselage Advanced assembly concepts

Multidisciplinary Concept

Flexible aircraft Improved concepts thru theapplication of advanced IP tools

slide-7
SLIDE 7

TESTNET_kick_off

7

24.09.2002

Tttt

New Test Practises

New Aircraft Cabin System Technologies Extended Cabin Systems Functionalities New Integrated Modular Avionic Concept Extended System and Test Requirements New Test Strategies New Test Methods & Means New Test Facilities

Next Generation Aircraft Cabin Systems

New Avionic Standards & Technologies New IT Standards & Technologies New Quality Standards & Regulations

Technological Objectives

More efficient and comprehensive test processes Tests of all integrated cabin systems functionalities before first power-on Similar test architecture for all types of tests Tracing of test results to basic system functional requirements Reduction of program risks and support ‚First Time Right‘

Test of A/C Systems

slide-8
SLIDE 8

TESTNET_kick_off

8

24.09.2002

New Test Strategies acc. SAE ARP 4754 and Airbus Directives / Procedures

Execution of multi-system & system integration tests to verify aircraft cabin systems before assembly of first aircraft Application of validated simulation models to perform computer-aided tests and to simulate the complete system environment Achievement of adaptable test resources with standardised interfaces to prevent technological obsolescence Implementation of a continuous computer-aided tool chain from the system design process to the systems test process and therefore from top A/C functional requirements to A/C certification

Test of A/C Systems

slide-9
SLIDE 9

TESTNET_kick_off

9

24.09.2002

Exchange of information and ideas with other Industries and Universities in a network of excellence about Validation & Verification Philosophy, Validation & Verification Strategies, Validation & Verification Concepts Validation & Verification Methods and Means for highly integrated and safety critical systems

Use of synergies between Aerospace, Universities and other Industries regarding testing of embedded software and of fault tolerant and safety critical systems

Expectations of Airbus Deutschland

slide-10
SLIDE 10

TESTNET_kick_off

10

24.09.2002

Thank You for your attention

Airbus Deutschland GmbH

slide-11
SLIDE 11

TESTNET_kick_off

11

24.09.2002

  • acc. SAE ARP 4754 and Airbus Directives

Enhanced Development Process

A/C-Functional Requirements System TLAR TLSRD FRD SRD SDD PTS Equipment PTS Production Qualification Tests Equipment Tests Multi -System Tests System Integration Tests Ground Tests Flight Tests Route Proving System/Equipment Development

Vendor Responsibility

A/C-Certification Certification Plan Means of Compliance Validation Plan Validation Management GTR FTR QTR ATR Certification Management Test Requirements Test Strategies Test Technologies SITR TLAR Top Level Aircraft Requirements TLSRD Top Level System Requirements Document FRD Functional Requirement Document SRD System Requirements Document SDD System Description Document PTS Purchaser Technical Specification ATR Acceptance Test Requirements QTR Qualification Test Requirements SITR System Integration Requirements GTR Ground Test Requirements FTR Flight Test Requirements System Tests

V a l i d a t i

  • n

P h a s e Verification Phase

V-Diagram and V&V Process

slide-12
SLIDE 12

TESTNET_kick_off

12

24.09.2002

Airbus Workshares

Core competences in the Airbus system established in the past 30 years

Aft Tailcone Section 19.1 Section 10 Components manufactured by partner and incorporated into the particular section by another Horizontal Tailplane HTP Section 35 Vertical stabilizer Fin Section 31 Fwd Tailcone Section 19 Aft fuselage Section 18 Aft centrefuselage Section 16/17 Centrefuselage Section 15 Wing Section 20 Engine pylon Section 41 Fwd centre fuselage Section 13/14 Fwd nose fuselage Section 11/12 Centrewing box Section 21 Main landing gear door Section 32 Engine

System capability for all Airbus programs: Fuselage (fwd and aft), systems Wing center box SA Vertical tail Interior furnishing Wing equipping WB and LR Final assembly (A318, A319, A321)

AIRBUS-Fr AIRBUS-De AIRBUS-UK Goodrich IAE or CFMI AIRBUS-Esp Belairbus

slide-13
SLIDE 13

TESTNET_kick_off

13

24.09.2002

Technology Topics of the Aeronautical Research Program

The participation of Airbus Deutschland in international aeronautical research program promotes highly advanced technologies. Aerodynamics Systems

Flight Control

Commonality (software) Weight Comfort Safety

Passenger Systems

In-service flexibility

Comfort

Dynamics of Flexible Aircraft

Multidisiplinary concept Large flexible structures Load reduction

Concept

New-Technology Fuselage

Production costs, times Weight Welded structures

Wing

Production concept Weight Life

Types of Design/Production

High Lift Configuration

Flight performance Environmental compatibility (noise)

Reduction of Aerodynamic Drag

Flight performance Laminarization Engine interference

Vertical Tail

Laminarization (flight demonstration)

slide-14
SLIDE 14

TESTNET_kick_off

14

24.09.2002

Ownership of EADS

The EADS company is listed on the stock exchange. Public 30,81%

EADS

European Aeronautic Defence and Space Company Dutch Company (N.V.)

Lagardère French Pooling Company 30,29 %** Sogepa (French State)

French Private Institution

Holding: Dutch Company (B.V.)

DaimlerChrysler

30,29 %* SEPI 5,53 %

* plus 2.75% DaimlerChrysler excess shares will be sold later ** plus 0.33% - French state

slide-15
SLIDE 15

TESTNET_kick_off

15

24.09.2002

Restructuring of the Aerospace Industry

Restructuring in USA Shares in worldwide revenue of aerospace industry More than half of the revenue of the aerospace industry worldwide is realized by the four US companies.

USA 55% Europe 33% Others 12%

Lockheed Martin Northrop Grumman Boeing Raytheon

until 1992 1993 1994 1995 1996 1997

slide-16
SLIDE 16

TESTNET_kick_off

16

24.09.2002

Test Results Data Base Real-Time Temporary Data Base

Test Engine

Computer Aided Test Generation Assistant Human Machine Interface (on-line/off-line ) Test Data Management Test Data Analysis Simulation Models

Data Base Interface

Inter Systems Data Base Test Preparation Data Base Test Engine Configuration Data Base Systems Requirements Data Base

Test Archive

Uniform Test System Architecture suitable for System, Multi-Systems and Systems Integration Tests

Test of A/C Systems

slide-17
SLIDE 17

TESTNET_kick_off

1

24.09.2002

TESTNET

A Network of excellence Integration of Testing Methodologies

Participation and Expectations of Airbus Deutschland

H.J. Tews Airbus Deutschland GmbH Test Methods and Means Kreetslag10 D21129 Hamburg, Germany

slide-18
SLIDE 18

TESTNET_kick_off

2

24.09.2002

Ownership of the Airbus (SAS)

EADS (N.V.) BAE SYSTEMS Airbus SAS

80% 20%

Airbus France Airbus Deutschland Airbus España Airbus UK

Airbus is a company under French law (SAS).

slide-19
SLIDE 19

TESTNET_kick_off

3

24.09.2002

Development of Aerospace Industry in Europe

50 years of restructuring efforts have led to a consolidation within the European Aerospace industry.

Britisch Aircraft Corp Hawker Siddeley Dynamics Scottish Aviation BAe Systems Marconi Electronic

BAe

Breguet Marcel Dassault Air Fouga Morane-Saulnier Quest-Aviation Sud-Aviation Nord-Aviation Arsenal AEA Weser-Flug Focke-Wulf Heinkel HFB Messerschmitt Bölkow Junkers Dornier

Dassault Aviation

Aerospatiale

CASA HASA

EADS bis 1950 1960 1970 1980 1990 2000

Fairchild

  • Dornier

MTU München MBB VFW

DASA

MTU München

slide-20
SLIDE 20

TESTNET_kick_off

4

24.09.2002

Airbus in Europe

Broughton

  • Wing
  • Major part mach.

Meaulte

  • Cockpit-Structure
  • Shells, small part

machining

  • St. Nazaire
  • Fuselage section
  • Mat.-,equip. –comp.

Nantes

  • Center wing box
  • Mach. of maj. comp.

Toulouse Engineering

  • FAL WB/LR,A320
  • Pylons

Bremen Engineering

  • Wing equipment
  • Metal components

Varel

  • Machining parts
  • Tooling

Stade

  • VTP
  • Composites

Hamburg Engineering

  • FAL A319/A321
  • Fuselage sections

Nordenham

  • Fuselage shells
  • Large sheets

Laupheim

  • Interior comp.
  • Air duct

Filton Engineering

  • Wing assemblies
  • Metal components

Getafe Engineering

  • HTP
  • Composites

Illescas

  • Composites

Cadiz/Puerto Real

  • HTP
  • Structure

The Airbus is mainly engineered and produced in Germany, France, England and Spain.

slide-21
SLIDE 21

TESTNET_kick_off

5

24.09.2002

History of Airbus Deutschland GmbH

Airbus Deutschland GmbH: A long tradition in aircraft design and manufacturing.

Weser Flugzeugbau GmbH Focke Wulf Flugzeug- bau AG Heinkel Flugzeugwerke GmbH Hamburger Flugzeugbau GmbH Junkers AG Messer- schmitt AG Bölkow GmbH

* Transport Aircraft Division becomes a partner in the Airbus Program VFW GmbH Messerschmitt Bölkow GmbH

MBB GmbH

1930 1940 1950 1970 1980 1990 1960 2000

MBB GmbH*

DaimlerChrysler Aerospace Airbus GmbH Daimler-Benz Aerospace Airbus GmbH

Daimler-Benz Aerospace Airbus GmbH

MBB GmbH

Deutsche Airbus GmbH DaimlerChrysler Aerospace Airbus GmbH

EADS Airbus GmbH

Airbus Deutschland GmbH

slide-22
SLIDE 22

TESTNET_kick_off

6

24.09.2002

Research and Technology

In order to remain competitive on the world market, Airbus Deutschland GmbH continually invests in future technologies.

Passenger systems

Cabin communications Cabin systems Air and water supply systems Insulation systems

Aerodynamics

Reduction of aerodynamic drag Laminar vertical tail High-lift configuration

Electronic flight control

Intelligent actuator Power-by-wire actuator Technology Software technology

Structural Mechanics/Production

New-technology fuselage Advanced assembly concepts

Multidisciplinary Concept

Flexible aircraft Improved concepts thru theapplication of advanced IP tools

slide-23
SLIDE 23

TESTNET_kick_off

7

24.09.2002

Tttt

New Test Practises

New Aircraft Cabin System Technologies Extended Cabin Systems Functionalities New Integrated Modular Avionic Concept Extended System and Test Requirements New Test Strategies New Test Methods & Means New Test Facilities

Next Generation Aircraft Cabin Systems

New Avionic Standards & Technologies New IT Standards & Technologies New Quality Standards & Regulations

Technological Objectives

More efficient and comprehensive test processes Tests of all integrated cabin systems functionalities before first power-on Similar test architecture for all types of tests Tracing of test results to basic system functional requirements Reduction of program risks and support ‚First Time Right‘

Test of A/C Systems

slide-24
SLIDE 24

TESTNET_kick_off

8

24.09.2002

New Test Strategies acc. SAE ARP 4754 and Airbus Directives / Procedures

Execution of multi-system & system integration tests to verify aircraft cabin systems before assembly of first aircraft Application of validated simulation models to perform computer-aided tests and to simulate the complete system environment Achievement of adaptable test resources with standardised interfaces to prevent technological obsolescence Implementation of a continuous computer-aided tool chain from the system design process to the systems test process and therefore from top A/C functional requirements to A/C certification

Test of A/C Systems

slide-25
SLIDE 25

TESTNET_kick_off

9

24.09.2002

Exchange of information and ideas with other Industries and Universities in a network of excellence about Validation & Verification Philosophy, Validation & Verification Strategies, Validation & Verification Concepts Validation & Verification Methods and Means for highly integrated and safety critical systems

Use of synergies between Aerospace, Universities and other Industries regarding testing of embedded software and of fault tolerant and safety critical systems

Expectations of Airbus Deutschland

slide-26
SLIDE 26

TESTNET_kick_off

10

24.09.2002

Thank You for your attention

Airbus Deutschland GmbH

slide-27
SLIDE 27

TESTNET_kick_off

11

24.09.2002

  • acc. SAE ARP 4754 and Airbus Directives

Enhanced Development Process

A/C-Functional Requirements System TLAR TLSRD FRD SRD SDD PTS Equipment PTS Production Qualification Tests Equipment Tests Multi -System Tests System Integration Tests Ground Tests Flight Tests Route Proving System/Equipment Development

Vendor Responsibility

A/C-Certification Certification Plan Means of Compliance Validation Plan Validation Management GTR FTR QTR ATR Certification Management Test Requirements Test Strategies Test Technologies SITR TLAR Top Level Aircraft Requirements TLSRD Top Level System Requirements Document FRD Functional Requirement Document SRD System Requirements Document SDD System Description Document PTS Purchaser Technical Specification ATR Acceptance Test Requirements QTR Qualification Test Requirements SITR System Integration Requirements GTR Ground Test Requirements FTR Flight Test Requirements System Tests

V a l i d a t i

  • n

P h a s e Verification Phase

V-Diagram and V&V Process

slide-28
SLIDE 28

TESTNET_kick_off

12

24.09.2002

Airbus Workshares

Core competences in the Airbus system established in the past 30 years

Aft Tailcone Section 19.1 Section 10 Components manufactured by partner and incorporated into the particular section by another Horizontal Tailplane HTP Section 35 Vertical stabilizer Fin Section 31 Fwd Tailcone Section 19 Aft fuselage Section 18 Aft centrefuselage Section 16/17 Centrefuselage Section 15 Wing Section 20 Engine pylon Section 41 Fwd centre fuselage Section 13/14 Fwd nose fuselage Section 11/12 Centrewing box Section 21 Main landing gear door Section 32 Engine

System capability for all Airbus programs: Fuselage (fwd and aft), systems Wing center box SA Vertical tail Interior furnishing Wing equipping WB and LR Final assembly (A318, A319, A321)

AIRBUS-Fr AIRBUS-De AIRBUS-UK Goodrich IAE or CFMI AIRBUS-Esp Belairbus

slide-29
SLIDE 29

TESTNET_kick_off

13

24.09.2002

Technology Topics of the Aeronautical Research Program

The participation of Airbus Deutschland in international aeronautical research program promotes highly advanced technologies. Aerodynamics Systems

Flight Control

Commonality (software) Weight Comfort Safety

Passenger Systems

In-service flexibility

Comfort

Dynamics of Flexible Aircraft

Multidisiplinary concept Large flexible structures Load reduction

Concept

New-Technology Fuselage

Production costs, times Weight Welded structures

Wing

Production concept Weight Life

Types of Design/Production

High Lift Configuration

Flight performance Environmental compatibility (noise)

Reduction of Aerodynamic Drag

Flight performance Laminarization Engine interference

Vertical Tail

Laminarization (flight demonstration)

slide-30
SLIDE 30

TESTNET_kick_off

14

24.09.2002

Ownership of EADS

The EADS company is listed on the stock exchange. Public 30,81%

EADS

European Aeronautic Defence and Space Company Dutch Company (N.V.)

Lagardère French Pooling Company 30,29 %** Sogepa (French State)

French Private Institution

Holding: Dutch Company (B.V.)

DaimlerChrysler

30,29 %* SEPI 5,53 %

* plus 2.75% DaimlerChrysler excess shares will be sold later ** plus 0.33% - French state

slide-31
SLIDE 31

TESTNET_kick_off

15

24.09.2002

Restructuring of the Aerospace Industry

Restructuring in USA Shares in worldwide revenue of aerospace industry More than half of the revenue of the aerospace industry worldwide is realized by the four US companies.

USA 55% Europe 33% Others 12%

Lockheed Martin Northrop Grumman Boeing Raytheon

until 1992 1993 1994 1995 1996 1997

slide-32
SLIDE 32

TESTNET_kick_off

16

24.09.2002

Test Results Data Base Real-Time Temporary Data Base

Test Engine

Computer Aided Test Generation Assistant Human Machine Interface (on-line/off-line ) Test Data Management Test Data Analysis Simulation Models

Data Base Interface

Inter Systems Data Base Test Preparation Data Base Test Engine Configuration Data Base Systems Requirements Data Base

Test Archive

Uniform Test System Architecture suitable for System, Multi-Systems and Systems Integration Tests

Test of A/C Systems