Tell a friend
Email this page to a friend Close
Your name:
Friend's email:

Technology seminar: Finding and repairing damage and defects in composites components and structures – Qld

Start Date 28 March 2017 Add to my calendar
End Date 28 March 2017
Time 12.00pm -4.00pm
Members $195 each
Non members $295 each

This technology seminar on the important topic of detection and repair of composite components and structures will be delivered by well-known international composites engineering consultant and trainer, Rik Heslehurst on the afternoon prior to the 2017 Advanced Composite Innovation Conference.

Course overview

All load-bearing structures are prone to some form of damage or defects.  In particular composite structures have very different defect types and the damaging mechanisms and effects are quite different to those found in metal structures.  Because of the laminated nature of composite materials, the through-the-thickness resistance to damage is often low, relative to traditional metal structures.   The composite structure is also a heterogeneous material and thus can be damaged at the constituent level (resin and/or fibres).  The biggest challenge is finding the damage/defect and determining the damage/defect influence on structural performance and integrity.  Then determining the best repair approach to restore the structure to full operational capabilities is much easier to identify.

This workshop will

  • review the basics of composite material constituents and fabrication process to aid in how damage is inflicted, found and in determining the stress state of the damage/defect region.
  • provide a detailed description of the various types of damage/defects found in composite materials is provided and how the geometry of the non-conformity, loading conditions and local environment effect the damage/defect behaviour.  Damage and defects are then categories into four basic types.
  • review the several common and developing NDI techniques in terms of what they tell you and how to interpret the results.
  • review the stress analysis approach used to consider the loss of structural integrity and develop a repair scheme.
  • provide an indepth overview of the four fundamental repair schemes for composite structures.  Each repair scheme is described in detail and the design/stress analysis methodology is reviewed.   The practical steps in repair application for composite materials is identified.
  • provide participants with a list of guideline questions to aid in the development of effective and efficient composite repairs.

 About the presenter

Dr Rikard B. Heslehurst, PhD, MEng, BEng(Aero), FIEAust, FRAeS, CPEng, FSAMPE), is the owner and director of Heslehurst and Associates Pty Ltd, providing composite engineering consultancy services in design and development.  He also runs several training courses in composite materials and structures.

Rik is Senior Engineer for Abaris Training – Reno Nevada, USA; the Engineering Director of M51 Resources – Dallas Texas USA; and consults through his own company, Heslehurst & Assoc. P/L – Canberra ACT.   He consults for the Australian Defence Force, Civil Aviation Safety Authority, Raytheon Missile Systems, NASA, USAF, Boeing Airplane Company, Bombardier Aerospace, Australian Space Safety Office, John Deere, Walt Disney Imagineering, SRAM-Zipp Wheels and SP Systems-UK. He recently retired as a Senior Lecturer in the School of Engineering and Information Technology of the University College, UNSW at the Australian Defence Force Academy (UNSW@ADFA).

Rik is a regular contributor to Composites Australia’s magazine Connection, as author of the popular “Composite Engineer’s Viewpoint” series.  These articles are available online.

Register online using Composite Australia’s secure online payment system. Download the registration form here … (note, this workshop is a package within the 2017 ACI Conference)