1. Sahu J (1986) Drag predictions for projectiles at transonic and supersonic speeds. US Army Ballistic Research Laboratory Aberdeen Proving ground, Maryland. Memorandum Report BRL-MR-3523, June 1986
2. Suliman MA, Mahmoud OK, Al-Sanabawy MA, Abdel-Hamid OE (2009) Computational investigation of base drag reduction for a projectile at different flight regimes. In: 13th international conference on aerospace sciences & aviation technology (ASAT-13), May 26–28 2009, Egypt, ASAT-13-FM-05
3. Lieske RF (1989) Determination of Aerodynamic drag and exterior ballistic trajectory simulation for the 155 mm. DPICM, M864 base-burn projectile. US Army Ballistic Research Laboratory Aberdeen Proving ground, Maryland. Memorandum Report BRL-MR-3768, June 1989
4. Nietubicz N, Gibeling C (1993) Navier-Stokes computations for a reacting, M864 base bleed projectile. In: 31st aerospace sciences meeting & exhibit, 11–13 Jan, Reno, AIAA 93-0504
5. Belaidouni H, Zivkovic S, Samardzic M (2016) Numerical simulations in obtaining drag reduction for projectile with base bleed. Sci Tech Rev 66:36–42