Imagination at work. LCC 5th Anniversary Symposium September 11, 2014 Dr. Matthew Beaumont Composites: A Multi-industry Perspective
Imagination at work.
LCC 5th Anniversary Symposium September 11, 2014 Dr. Matthew Beaumont
Composites: A Multi-industry Perspective
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GE … a heritage of innovation
1892 FOUNDED
300,000 EMPLOYEES
WORLDWIDE
$150 BILLION IN
ANNUAL
REVENUE
1 COMPANY IN
DOW JONES
INDEX ORIGINALLY
LISTED IN 1896
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GE today
Oil & Gas Power & Water Energy Management
Transportation Healthcare Aviation Home & Business Solutions
GE Capital
Aligned for growth
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Expanding our global presence
Global Research Headquarters Niskayuna, NY
Global Research Europe Munich, Germany
China Technology Center Shanghai, China
Advanced Manufacturing and Software Technology Center
Detroit, MI
1900 - 1999 2000 - 2009
Welch Technology Center Bangalore, India
Russia Japan
2X Size + Customer Innovation Center Israel
Brazil Technology Center Customer focused R&D Rio de Janeiro, Brazil
Software CoE San Ramon, CA
+ 3 Customer Innovation Centers
2010+
O&G Tech Center
Oklahoma
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GRC Composites Technologies
Niskayuna, New York
Munich, Germany
Design
Materials
Simulation Damage Tolerance
Testing
Manufacturing
Processing Inspection
Bangalore, India
Fan Blade
Composite Properties (60% Fiber Volume) Relative to Metal
0
1
2
3
4
5
6
7
Sta
inle
ss S
teel
Alu
min
um 7
075
Titani
um 6
-4
E-G
lass
S-G
lass
Kev
lar 4
9
Nex
tel 6
10
T700S A
S4
IM7-
6000
T800S
IM10
Sp
ec
ific
Mo
du
lus
0
5
10
15
20
25
30
35
Sp
ec
ific
Str
en
gth
Specific Modulus
Specific Strength
Carbon Fibers
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Aviation
Aviation Wind
Aviation Wind Oil and Gas
Evolution of composites use in GE
Fan Blade
Fan Case
Ducts
Nacelles
Thrust Reverser Off-shore
Riser Pipes
Wind Turbine Blades
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Aviation
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GEnx composites use
Fan Blade
Platform
Acoustic
Panels
Bonded Vanes
Ducts Fan Containment Case
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Batesville, MS, USA Second composites plant announced for
Ellisville, MS, USA
Gloucester, UK
GE Aviation composite manufacturing
Middle River, MD, USA
San Marcos, TX, USA
Hamble, UK
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Wind Energy
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Wind blade shell production
Outer Shell Layers Positioning of Prefabs Core Material
Inner Shell Layers Shell Infusion
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High volume serial production
Managing the supply chain for wind turbine blades
Making improvements to manufacturing processes
Increasing quality while decreasing cost
Maximizing the effectiveness of glass fibers
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Oil & Gas
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What are flexible pipes used for?
Designed to have the strength and durability associated with rigid steel pipes, flexible
systems are often the only solution for risers in dynamic environments
Flowlines
Static pipelines used to
carry fluids on the sea bed
Risers
Pipes suspended in the
water column connecting
FPSOs to subsea infrastructure
Jumpers
Short lengths of pipe
connecting two fixed
structures either above
or below water
Transfer Lines
Tend to be large diameter
pipelines connecting two
structures which are
often dynamic
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Composite Armor Optimized fiber angles and
thicknesses to meet design requirements with minimum mass; fewer layers for easier inspection
Thermoplastic Matrix PVDF - qualified pipe material
Carbon Fiber Not susceptible to environmental stress corrosion; chemically resistant
Metallic Tensile Armor Straightforward means to attach mature end fitting technologies; stable dynamics; industry
experience; impact damage tolerance
Bonded Liner/Barrier PVDF - with high chemical resistance; reduced permeated gas risks; easier inspection
Smooth Bore Option For smaller diameter / lower
temperature applications – low pressure drop & improved flow assurance
Metallic Carcass High temperature collapse
resistance; well characterized performance
Hybrid flexible pipe design concept
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Replacing the tensile armour layer with thermoset composite profile
Tensile Test
Bend Test
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Gas turbine inlet plenum
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Composite inlet system initiative
Advantages of replacing a welded stainless steel inlet plenum with a glass fiber composite structure:
• Weight reduction
• Cost reduction
• Volume reduction
• Improved airflow
• Anti oxidation material
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The Brilliant Factory
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Process informatics – 6 sigma tools
Data Information Knowledge Faster
Process Development
Yield and
Process Control
Yield Maintenance
Cost Reduction
Knowledge fusion across time-scales
• Increase capacity • Improved quality and
process capability • Cost reduction
opportunities
• Faster Root Cause Analysis • Robust Process Designs
Traceability
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Virtual Product
Design
Virtual
Manufacturing
Service/Repair Shop
Supply Chain
Network
“digital thread” forms 21st century Self-improving Manufacturing ecosystem
The brilliant factory
Smart
Factory
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GE-TU Munich Collaboration
GE-GRC and the TUM - LCC began a general agreement for research collaboration in 2010 with a pledge of €5M.
With this money, GRC has been sponsoring 6 doctoral theses with advisors from GE: • Fiber placement • Textile draping • Removable mandrel materials • Thermoplastic forming • Curing simulation • Composite-metal hybrid structures