CAJ | 학술논문

系留气球以其显著特点已应用到许多领域，今后还会有大的发展。因所处环境的风力对飞行稳定性影响较大，故抗风能力成为系统重要指标。针对无法用实验手段进行验证的空中工作姿态，一般采取计算机仿真方法进行模拟研究。介绍了系留气球的设备组成，描述了空中飞行状态，通过建立动力学模型的数学方程式，施加1-consine型离散突风模型扰动，仿真了空中球体的俯仰角和滚转角随扰动时间的关系曲线，并对结果曲线进行分析研究，以期为同型系留气球的设计方法提供某种借鉴，为浮空器使用安全提供帮助。
계류기구이기현저특점이응용도허다영역，금후환회유대적발전。인소처배경적풍력대비행은정성영향교대，고항풍능력성위계통중요지표。침대무법용실험수단진행험증적공중공작자태，일반채취계산궤방진방법진행모의연구。개소료계류기구적설비조성，묘술료공중비행상태，통과건립동역학모형적수학방정식，시가1-consine형리산돌풍모형우동，방진료공중구체적부앙각화곤전각수우동시간적관계곡선，병대결과곡선진행분석연구，이기위동형계류기구적설계방법제공모충차감，위부공기사용안전제공방조。
Tethered balloon is applied in many scopes by it, s characteristic, and have a great fu—ture. The ambient Wind influences flight stability, so Wind—resistant performance becomes the important guide line of Whole system. There is no method to validate test for air attitude, and computer simulation is introduced as usual. The parts that compose the Whole are introduced in this article, the flight state is de—scribed, the correlation curve is investigated betWeen pitch angle and time and betWeen roll angle and time by modeling dynamic equation and putting on 1-consine discrete—gust model. The numerical simula—tion is reference to this tethered balloon design, and is helpful to aerostat safety.