1. Santini P, Palmieri D, Marchetti M. Numerical simulation of fluid–structure interaction in aircraft fuel tanks subjected to hydrodynamic ram penetration. In: 21st ICAS Congress, Melbourne, Australia: ICAS; 1998.
2. Ball RE. A computer program for the geometrically nonlinear static and dynamic analysis of arbitrarily loaded shells of revolution, theory and user's manual. NASA: CR-1987; April 1972.
3. Ball RE. Aircraft fuel tank vulnerability to hydraulic ram: modification of the northrop finite element computer code BR-1 to include fluid–structure interaction: theory and user's manual for BR-1HR, NPS-57B p74071; July 1974.
4. Structural response of fluid-containing-tanks to penetrating projectiles (hydraulic ram): a comparison of experimental and analytical results;Ball,1976
5. Fry PF, Newman RK, Bless SJ. Measurements of hydrodynamic ram-driven panel displacements and comparison with numerical predictions by BR1A(HR) and Afton codes. In: Proceedings of the hydrodynamic ram seminar; May 1977. p. 503. Technical report AFFDL-TR-77-32, JTCG/AS-77-D-002.