摘要
在新型轻量化轮内电动机技术、涡桨飞机发动机技术及高效太阳能电池技术日趋成熟的前提下,配合高强度复合材料对低风阻电动汽车、小水线面双体船和超轻型飞机进行技术整合后,一体化仿真设计制造已成为可能。混合动力是优化发动机驱动功效,减少交通工具污染环境的有效途径。混合动力三栖飞行器以电驱动防水轮内电动机方式作为陆基无污染交通工具,以电驱动喷水推进器实现水基航行,以燃烧航油方式驱动涡桨飞机发动机完成飞行器空中飞行,在机体大面积外覆宇航级高性能太阳能电池实现昼间辅助供电,通过虚拟仿真设计予以实现。
Under the premise of increasingly mature of new lightweight in-wheel motor technology,turboprop plane engine technology and high-efficiency solar cell technology,it was combined that high-strength composite materials for technical integration of low-wind resistance electric vehicles,small water-line double-body ships and ultra light aircraft,integrated simulation design and manufacturing has become possible.Hybrid Power was an effective way to optimize engine drive efficiency and reduce vehicle pollution.Hybrid power triphibious vehicle with hybrid electric wheel motors within the landbased pollution-free means of transport was a mean to electric driven water jet propulsion to achieve water-based navigation,realized driven aviation fuel combustion engine turboprop aircraft and the completion of aircraft flight,in a large area outside the body follow-up high-performance solar cells,achieved daytime auxiliary power supply through virtual simulation.
作者
杜佳颖
DU Jiaying(Zhengzhou No.1 Middle School,Zhengzhou 450000,China)
出处
《新技术新工艺》
2019年第1期38-41,共4页
New Technology & New Process
关键词
轮内电动机
喷水推进器
涡桨飞机发动机
混合动力
三栖飞行器
仿真设计
in-wheel motor
water jet propeller
turboprop aircraft engine
hybrid power
triphibious vehicle
simulation design
