References
- M. A. Brooking and S. J. Kennedy: ‘The performance, safety and production benefits of SPS structures for double hull tankers’, Proc. RINA Int. Conf. on ‘Double hull tankers’, London, UK, 2004, 1–2.
- B. Metsehkow: ‘Sandwich Panels in ship building’, Pol. Marit. Res., 2006, 81–89.
- S. J. Kennedy: ‘“An innovative” “no hot work” approach to hull repair on in-service FPSO's using Sandwich Plate System overlay’, Offshore Technology Conf., 2003, 1–5P.
- Y. Yuhua: ‘The application of lightweight and high strength polyurethane/Steel Composite Material in Structural Engineering’, Polyurethane Ind., 2009, 24, (2), 16–21.
- D. K. Harris, T. Cousins, T. M. Murray and E. D. Sotelino: ‘Field investigation of a Sandwich Plate System bridge deck’, J. Perform. Constr. Fac., 2008, 22, (5), 23–30.
- B. Dale and S. J. Kennedy: ‘Sandwich plate system risers for stadia’, Annual Stability Conf., Seattle, Washington, USA, April 2002, 24–27.
- D. Welch: ‘The Sandwich Plate System’, Intell. Eng. (UK) Ltd, 51, 2005, 24–31.
- Lloyd's Register: ‘Introduction to SPS design principles’, Intell. Eng., 30, 2006, 82–87.
- Z. Meiying, S. Xiaobo and W. Xiaopeng: ‘Strength investigation of repaired composite honeycomb structure with unbonded damage’, Acta Aeronautica et Astronautica Sinica, 2003, 9, 48–55.
- D. Jiang and D. Shu: ‘Local displacement of core in two-layer sandwich composite structures subjected to low velocity impact’, Compos. Struct., 2005, 71, 53–60.
- W. Gong: ‘Numerical simulation of crack damage at interfacial debonding in honeycomb sandwich plate under pure bending load’, PhD thesis, Tianjin University, Tianjin, China, 2010, 22–25.
- CHINA GB/T 1456-2005:2005, Test method for flexural properties of sandwich constructions.