Parachute Deployment Simulations using LS-DYNA ICFD Solver and Strong FSI Coupling
The main goal of military airdrops is the accurate delivery of cargo released from a moving air vehicle via parachute. The airdrop trajectory results from the movement of the dropped package and the dynamics of the parachutes deployment (Fig.1:). After having treated the freefall of a rigid object in the near flow of an airplane ([8]), the present paper focuses on the parachute deployment modelling and its challenges in LS-DYNA.
https://www.dynalook.com/conferences/12th-european-ls-dyna-conference-2019/fluid-structure-interaction/le-garrec_dynas.pdf/view
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Parachute Deployment Simulations using LS-DYNA ICFD Solver and Strong FSI Coupling
The main goal of military airdrops is the accurate delivery of cargo released from a moving air vehicle via parachute. The airdrop trajectory results from the movement of the dropped package and the dynamics of the parachutes deployment (Fig.1:). After having treated the freefall of a rigid object in the near flow of an airplane ([8]), the present paper focuses on the parachute deployment modelling and its challenges in LS-DYNA.
Le Garrec_DynaS+.pdf
— 1.5 MB