Dynamic Supersonic Base Store Ejection Simulation Using Beggar

Autor*innen

• Michael D. Johnson

Parameter

• 152 Seiten
• 6 Lesestunden

• Pädagogik

Mehr zum Buch

The book delves into the analysis of supersonic store separation events using advanced computational fluid dynamics. It focuses on a specific carrier vehicle design, employing simulations at a high Mach number and varying Reynolds numbers. The findings reveal that successful store separation is favored under high angles of attack and flight, while low angles combined with insufficient ejection forces can lead to collisions between the carrier and store, as the latter tends to stay in the low drag wake of the carrier.

• Sprache: Englisch
• Erscheinungsdatum: 2012
• Einband: Paperback