首页|仿生技术在航空工程中的应用进展

仿生技术在航空工程中的应用进展

扫码查看
仿生学是一门通过模仿自然或具有表征自然系统特性的系统科学.将仿生技术应用于航空飞行器的设计,对于大幅提升现有航空器的气动性能、减轻结构重量等问题,提供了一种新的原理和技术支撑,具有广阔的应用前景.本文首先基于飞行器性能提升需求,对仿生技术在航空工程中的应用方向进行分类,梳理并总结了仿生学在飞行器气动形态、气动减阻降噪、仿生结构布局及仿生轻质结构等方面的仿生生物原型、典型特征及仿生功能;然后综述了飞行器气动仿生、飞行器结构仿生等方面的应用进展;最后展望了仿生技术在飞行器上的潜在应用方向,包括仿生增升减阻综合设计、跨尺度多层级仿生轻量化综合设计、仿生结构功能一体化集成设计等,为仿生技术的航空应用提供参考.
Application progress of bionic technology in aeronautical engineering
Bionics is a systematic science that imitates or characterizes natural systems.The application of bionic technology in aircraft design can provide a new principle and technical support for the improvement of aerodynamic performance,reduction of structural weight,which has a broad application prospect.In this paper,firstly,based on the demand for improving aircraft performance,the application of bionic technology in aviation engineering is classi-fied,and the bionic biological prototypes,typical features,and bionic functions of bionic technology in aerodynamic morphology,aerodynamic drag reduction and noise reduction,bionic structural layout,and bionic lightweight struc-tures of aircraft are summarized.Then application of aero-bionics and structure bionics of aircraft is overviewed.Fi-nally,the potential application direction of bionic technology in aircraft is prospected,including comprehensive de-sign of bionic lift and drag reduction,multi-scale and multi-level bionic lightweight design,integrated design of bi-onic structure and function,etc.,which provides reference for the application of bionic technology in aeronautical engineering.

bionicsbionic prototypebionic morphologydrag reductionnoise reductionlightweight structureaeronautical engineering

高怡宁、冯军、艾俊强

展开 >

航空工业第一飞机设计研究院,西安 710089

仿生学 生物原型 仿生形态 减阻 降噪 轻质结构 航空工程

2024

航空工程进展
中国航空学会 西北工业大学

航空工程进展

CSTPCD
影响因子:0.207
ISSN:1674-8190
年,卷(期):2024.15(6)