F - 35c是专为美国海军设计的,采用了更大的机翼以携带更多的燃油并保证在航空母舰上更好的低速降落进场特性。
The F-35C, designed for the US Navy, features larger wings to carry more fuel and provide better low-speed landing approach characteristics to an aircraft carrier.
分析了封包绳提前断裂状态下降落伞系统的运动特性,建立伞舱组合体在拉直阶段的动力学模型,计算了主伞的运动轨迹,分析了拉出的主伞与伞舱口的碰撞情况。
Under the conditions of early rupture of the reefing lines, motion characteristics of parachute system were analyzed, and mathematic model of parachute-capsule system in the deployment was built.
对计算结果进行详细的分析,并讨论了附加流体质量对降落伞运动特性的影响。
Firstly, the added fluid mass and inertia moment are implemented from the concept of fluid kinetic energy.
对计算结果进行详细的分析,并讨论了附加流体质量对降落伞运动特性的影响。
Firstly, the added fluid mass and inertia moment are implemented from the concept of fluid kinetic energy.
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