References
- Janusz Kozak: Problems in assessing selected strength characteristics of steel two-skin ship structures. Publishers of the Gdansk University of Technology, Gdañsk 2005, (in Polish)
- Romanoff J., Kujala P.: The Optimum Design for Steel Sandwich Panels Filled with Polymeric Foams. Proc. of 6th Int. Conf. on Fast Sea Transportation, Vol. 3, Southampton, 2001
- Noury P., Hayman B., McGeorge D., Weitzenbock J.: Lightweight Construction for Advanced Shipbuilding — Recent Development. DNV internal report, 2002
- Internet: http://sandwich.balport.com,http://www.plsystems.us,http://www.visotekinc.com,http://sandwich.balport.com,http://akseli.tekes.fi
- Report No 01 on test of steel SANDWICH panels. Project: Application of Steel Sandwich Panels into Ship Structure EUREKA E! 3074 (ASPIS). Gdansk University of Technology, Faculty of Ocean Engineering and Ship Technology, Internal report No. 01/2004, 2004, (in Polish)
- Report No. 07 on tests of steel SANDWICH panels. Project: Application of Steel Sandwich Panels into Ship Structure EUREKA E! 3074 (ASPIS). Gdansk University of Technology, Faculty of Ocean Engineering and Ship Technology, Internal report No. 07/2004, 2004 (in Polish).
- Synthesis report test results. Project: Advanced Steel Sandwich Structures, Vth EC Framework Program SANDWICH, Internal report D44, 2003
- Sandwich design principles and prototype designs, Pentti Kujala, internal/ confidential document.
- Kozak J.: Strength Tests of Steel Sandwich Panel. PRADS 2004
- Kujala P., Klanac A.: Analytical and Numerical Analyses of All Steel Sandwich Panels Under Uniform Pressure Load. Design 2002, Vol. 2, Dubrovnik, 2002
- Allen H.G.: The analysis and design of structural sandwich panels. Pergamon Press, 1969
- FEM analysis of a single SANDWICH panel. Project ASPIS - EUREKA E!3074 (in Polish). Gdansk University of Technology, Faculty of Ocean Engineering and Ship Technology, Internal report, 2004