Composite Material Testing Tool with Improved Performance
This novel test method developed at Loughborough University could revolutionise the interlaminar shear (ILS) testing of the composites used to build aircraft, ships and road vehicles – making them lighter, stronger and more fuel efficient without compromising safety.
Composite Material Testing Tool with Improved Performance
This novel test method developed at Loughborough University could revolutionise the interlaminar shear (ILS) testing of the composites used to build aircraft, ships and road vehicles – making them lighter, stronger and more fuel efficient without compromising safety.
Composite Material Testing Tool with Improved Performance
This novel test method developed at Loughborough University could revolutionise the interlaminar shear (ILS) testing of the composites used to build aircraft, ships and road vehicles – making them lighter, stronger and more fuel efficient without compromising safety.
Composite Material Testing Tool with Improved Performance
This novel test method developed at Loughborough University could revolutionise the interlaminar shear (ILS) testing of the composites used to build aircraft, ships and road vehicles – making them lighter, stronger and more fuel efficient without compromising safety.
Composite Material Testing Tool with Improved Performance
This novel test method developed at Loughborough University could revolutionise the interlaminar shear (ILS) testing of the composites used to build aircraft, ships and road vehicles – making them lighter, stronger and more fuel efficient without compromising safety.
Composite Material Testing Tool with Improved Performance
This novel test method developed at Loughborough University could revolutionise the interlaminar shear (ILS) testing of the composites used to build aircraft, ships and road vehicles – making them lighter, stronger and more fuel efficient without compromising safety.
Composite Material Testing Tool with Improved Performance
This novel test method developed at Loughborough University could revolutionise the interlaminar shear (ILS) testing of the composites used to build aircraft, ships and road vehicles – making them lighter, stronger and more fuel efficient without compromising safety.
Composite Material Testing Tool with Improved Performance
This novel test method developed at Loughborough University could revolutionise the interlaminar shear (ILS) testing of the composites used to build aircraft, ships and road vehicles – making them lighter, stronger and more fuel efficient without compromising safety.
What's new
- Measurement of DBS at high temperatures is ongoing
- Collaboration discussions with partners to expand testing to other materials and processes, including 3D printing
Partners
The Double Beam Shear project has been generously supported by the EPSRC and GKN Aerospace Services Ltd.