nccef overview niall macfadyen. summary introduction to aerospace in the northwest overview of nccef...
TRANSCRIPT
NCCEF OverviewNiall Macfadyen
Summary
• Introduction to Aerospace in the Northwest
• Overview of NCCEF capabilities
• Overview of Materials test and evaluation unit
• Questions
Aerospace in the Northwest• Major Companies operate in the
area– BAE– Airbus– Rolls Royce
• Aerospace Revenue for the region is approximately $10Bn
• The Aerospace supply chain in the region employs over 20,000 people – 25% of UK total
University of Manchester
• One of the largest single Campus Universities in Europe
• 35,000 students, of whom 25% are Post Graduate
• 11,700 employees, 50% academic.
UoM School of Materials• Largest single materials
grouping of any European University
• 750 students and 60 academic staff
• Three focus areas– Materials Science– Textiles and Paper– Corrosion and Protection
NCCEF• Opens January 2010
– NADCAP Accredited testing laboratory– Full range of mechanical and physical
testing equipment and non-destructive evaluation facilities
• Remit: to work with companies in the supply chain to help them:-
– Understand in service performance, including failures
– Make the transition from metals to composites
– Understand composite behaviour– Qualify parts for aerospace and other
duties– Assess new composite materials and
processes– Understand and evaluate 3D composite
structures
Part of a National Network
The NCCEF is a fully independent centre, free to work with all major primes and Tier 1, 2 suppliers.
NCCEF is a division of the Northwest composites centre, which is a consortium of the Universities of Manchester, Liverpool, Bolton and Lancaster
We are members of the Northwest Aerospace Alliance
NCCEF Highlights• European Centre for Quickstep
research (advanced out of autoclave processing)
• Largest and best equipped composites textile research unit in Europe (with manufacturing capabilities)
• Most comprehensive suite of damage evaluation facilities ( including £2.8 million X-ray CT)
ROLE of NCCEF• To Support the local supply chain in developing their businesses in
the area of composites– Consultancy– Tech Transfer (with NCN)– Qualification of materials and parts
• To develop new technology that can diffuse out into the supply chain– R and D– KTP’s
• To provide a bridge between the pure academic research undertaken in the northwest and industry and between industry and the science base.– Technology programme, EU programmes
• To train the next generation of technically competent engineers for the Composites industry– MSc’s and PhDs
Processing – What is the NCCEF doing to help the supply chain?
• Focus of NCCEF – out of autoclave processing– Microwave curing– Quickstep– Vacuum infusion/RTM
Textiles – What is the NCCEF doing to help the supply chain?
• The University of Manchester hosts the largest textile research Centre in Europe
• A major initiative is now to develop textiles for aerospace (and other) composite applications:– Braiding– 2D and now 3D weaving of flat fabrics– Weaving of 3D shapes– Fibre placement– Mechanics of dry fibre assemblies
Design Database – to help the supply chain reduce development time
NCCEF - Full suite of Mechanical Testing Machines/Fixtures
• 300kN quasi-static test frames
• 100kn fatigue frames • Instrumented impact• Ballistic impact
All with environmental chambers, associated conditioning, test fixtures for ASTM/ISO etc
All calibrated and to be accredited to ISO/ NADCAMP
Backed up with physical characterisation: DSC, DTA, TGA, electron microscopy
NCCEF - NDT capacity
• Immersion C-Scan (large and small)
• UT- phased C-scan• Eddy Current• Digital radiography
– (£2.5 million x-ray tomography facility)
• Ultrasonic bond tester• Laser Shearography• Thermoscope
Courtesy X-tech
Materials Testing and Analysis Unit
• Main activity – providing XRD residual stress services
• ISO accredited laboratory
Measuring Residual Stress using XRD
• High spatial resolution – 1mm or so by a few microns depth
• Used on polycrystalline (reasonably fine-grained) materials, metallic or ceramic
• Gauge volume depth is very shallow – we assume a free surface with only 2-D stresses
Residual stress depth profile from peening
Proto XRD – focussing on sample
XRD of awkward locations
On-site XRD of large samples
Thank You!Questions?