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| Numerical Studies on the Deceleration Characteristics of Supersonic Projectile According to the Test Condition Parameters in a Soft Recovery System |
| Minsup Song, Jaehoon Kim |
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J. KIMS Technol. 2020;23(5):485-493. Published online October 5, 2020 DOI: https://doi.org/10.9766/KIMST.2020.23.5.485 |
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Numerical Studies on the Deceleration Characteristics of Supersonic Projectile According to the Test Condition Parameters in a Soft Recovery System Journal of the Korea Institute of Military Science and Technology. 2020;23(5):485-493  Analytical and Experimental Comparison of the Velocity of a Supersonic Projectile in the Soft Recovery System Journal of the Korea Institute of Military Science and Technology. 2021;24(6):619-628 Numerical and theoretical studies on detonation initiation by a supersonic projectile Symposium (International) on Combustion. 1998;27(2):2225-2231 Numerical and Experimental Studies of Ballistic Compression Process in a Soft Recovery System Journal of Fluids Engineering. 2020;143(3): Characteristics of Supersonic Projectile Shock Wave Advanced Materials Research. 2011;201-203:2571-2577 Aerodynamic Heating Numerical Simulation of Terminal-Sensitive Projectile at Deceleration and Despinning Trajectory Applied Mechanics and Materials. 2013;376:317-322 Numerical study of aerodynamic characteristics of FSW aircraft with different wing positions under supersonic condition Chinese Journal of Aeronautics. 2016;29(4):914-923 Design of Test System for Static Parameters of Projectile and Rocket Based on LabVIEW Advanced Materials Research. 2011;328-330:1922-1925 Experimental and numerical studies of liquid dispersal from a soft projectile impacting a wall Nuclear Engineering and Design. 2011;241(3):617-624 Explosively Formed Projectile Soft-recovery Force Analysis Procedia Engineering. 2013;58:560-569 |
