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JTI

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Performances : weight saving 'Renewability' products 'Recyclability' ... Electrical & thermal Stimulation Benches for simulation tool validation ... – PowerPoint PPT presentation

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Title: JTI


1
JTI Eco-Design Platform(Ecolonomic1 platform)
(1) EcolonomicEcologic Economic
2
Eco-Design General Objectives
3
Eco-Design for Airframe
Eco-Design for Airframe
Eco-design for Systems
4
Technical content - General issues
Issue 1 new materials
Issue 1 new materials
Area 1 new materials / new architectures
Area 4 end of life management
Raw Materials
Elimination Recycling
ECO-DESIGN
Manufacturing
Repair
Area 2 clean manufacturing
Product
Maintenance
Use
Area 3 long life structure
5
Overall Lifecycle Demonstration
Materials Manufacturing
Validation article TBD (significant
representative equipped structure)
Production Process
Modelling manufacturing testing
Use Maintenance
Dismantling
Recycling
Partial tests
6
Technical content - Area 1 Materials
  • New materials Requirements
  • Structural function
  • Performances weight saving
  • Renewability products
  • Recyclability
  • Materials more resistant to I/F
  • CMR
  • Materials production processes energy, cost,
    pollution
  • New materials Requirements
  • New functions
  • Self healing
  • Thermal, electrical conductivity (Energy
    Management)
  • Controlled released rate
  • New emerging materials
  • Composite
  • Agriculture (fibres, raw materials)
  • Biotechnology nano, molecular design
  • Others
  • Metallic
  • New light alloys (e.g. Al-Li)
  • Surface treatment, protection

Modeling
7
Technical content - Area 2 Manufacturing
  • New processes Requirements
  • Industrial
  • Optimised Work Flow
  • Highly integrated processes
  • One shot process
  • Dry process
  • Low energy
  • Recycling of ancillaries
  • New processes Requirements
  • Societal
  • Design of offices
  • Design of shops
  • E-learning, virtual reality
  • Human role
  • Emerging countries
  • Higly developped countries
  • Green Factory
  • Composite, metallic, fitting
  • Direct manufacturing
  • Energy management
  • Virtual Reality
  • Waste management

Modeling
8
Technical content - Area 3 Long Life Structure
  • Structural Diagnostic / Prognostic
  • In field feed back
  • Health Usage Monitoring
  • Real time monitoring
  • Smart sensors
  • Non Destructive Control
  • Long Life Materials
  • Materials more resistant to interface and
    inter-phase
  • Failure mode
  • Key criteria (Damage Tolerance)
  • Influence of atmospheric pollutants
  • Mapping of pollutants
  • Test Procedures
  • Relevant Vs in field experience
  • Short testing cycle

9
Technical content - Area 4 End of Life
Management
  • Materials end of life treatment for reuse,
    elimination, storage
  • Metallic
  • Separation, purification
  • Storage of end products
  • Organic
  • Physical processing
  • Chemical processing
  • Biological processing
  • Energy
  • Storage of end products
  • Dismantling processes
  • Low energy
  • Dry Processes
  • Low effluents and waste

Modeling
10
Airframe Demonstrator
  • Structures composite and metallic architectures
  • Fuselage section
  • Wing / fuselage junction
  • Wing (partial ?)
  • Landing gear installation ?
  • Cabin installation (in the fuselage section)

11
Eco-design for systems
Eco-Design for Systems (small aircraft)
Eco-Design for Airframe
12
Eco-Design for Systems - Global Methodology
Overview (1/2)
Methodology Devt and Validation
Generic Architecture Definition
Technology Status
Specifications and requirements
Electrical thermal Stimulation Benches for
simulation tool validation
Candidates Architecture Refinement
Test Benches Definition
Generic Architecture
Components S/S Def.
Test Hardware
Tests
Models
Data
Validated Models data
Results
Architecture trade-off
13
Eco-Design for Systems - Global Methodology
Overview (2/2)
Architecture trade-off

Arch. 1 Baseline
Arch. 2
Arch. 3


Ecolonomic Comparisons at aircraft Level
All Electric Architecture Selection and Benefits
Assessment
14
Eco-design for systems - Preliminary WBS
Aircraft Vehicle Systems Architecture
Architecture Trade-off Preparation
S/S Components Requirements
Architecture Trade-off
Data, models
a/c Requirements
a/c Optimization
Architecture Candidates
Ecolonomic Comparison
Requirements
Tools and Models
Synthesis, Recommendations
Test Benches Definition
Iron Bird
H/W for test benches
SYSTEMS PLATFORM
Thermal Bench (WP 4.2)
15
Eco-design for systems
Clean Sky Technology Evaluator
Architecture Studies (small cabin A/C)
Trade-offs
Requirements
Modelisation, simulations, validations
  • Technologies
  • ECS, anti / de-icing
  • Actuators
  • Electrical generators, Starters
  • ...

Energy Thermal Benches definition
Global Iron Bird
Energy Iron Bird
Thermal bench
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