Design and parametric analysis of composite transmission shaft for unmanned aerial vehicle (UAV)

Lai Zhang; Ze Qiao; Yisu Tao; Yiqiang Mu

doi:10.54097/d30q4s11

Authors

Lai Zhang
Ze Qiao
Yisu Tao
Yiqiang Mu

DOI:

https://doi.org/10.54097/d30q4s11

Keywords:

Composite transmission shaft, UAV, finite element analysis, parametric analysis, ANSYS.

Abstract

The lightweight design of aircraft is essential in improving efficiency, increasing flexibility, and improving aircraft safety. This article takes the lightweight design of unmanned aerial vehicles as a research question. Different single-layer thicknesses and four laying sequences have been designed for lightweight transmission shafts. Through simulation analysis of various arrangements on the transmission shaft, we know that the 45 ° ply angle can increase the torsional performance of the shaft by 50% r reduce natural frequency by 25%, and when only considering the torsional strength of the shaft body, it is a better ply scheme to increase the ply order by 45° between 0° and 90°. The proposed design connection structure and the selected arrangements can reduce the weight of the drive shaft and complete the UAV lightweight goal.

Downloads

Download data is not yet available.

References

Shen Haojie; Xia Yang; Chen Gang, Topology optimization design of embedded skeleton of a certain UAV wing. Computer Simulation, 2022.

Luo Yunfeng, Yao Jiana,. Application of high-performance thermoplastic composites in the civil aviation field. Aviation Manufacturing Technology, 2021.

Zhang Yin, Innovation reform and practice of teaching mode, Modern Vocational Education, 2020.

Fan Huibing, Guo Jinlong,Luo Guangwen,The application of drones in modern warfare, light weapons,2022.

CAI Guangsheng, Zhang Jinguang, MAO Ge, Design of carbon fiber composite,FRP Composites,2019.

Progress in the study of dynamic modeling of no human-computer interaction operation, Aviation Journal 2022.

Y,L,Zhao,D,X,Cao,J,E,ChenNonlinear dynamics of a Z-shaped structure with validated global analytical mode shapes ,Communications in Nonlinear Science and Numerical Simulation,2020.

Li Long,Yu Tianxiang,Shang Bolin,Song Bifeng,Chen Yijia ,Analysis of Contact Stress and Fatigue Crack Growth of Transmission Shaft,Journal Journal of Failure Analysis and Prevention,2023.

Darrow; Donald C, COMPOSITE SHAFT WITH INTEGRAL END FLANGE, United States Patent: 3651661, Mar,28,2022.

Zeyu Sun,Jie Xiao,Xuduo Yu,Rogers Tusiime,Hongping Gao,Wei Min,Lei Tao,Liangliang Qi,Hui Zhang,Muhuo Yu Vibration characteristics of carbon-fiber reinforced composite drive shafts fabricated using filament winding technology Journal Composite Structures,2020.

Samuel Mosopefoluwa,Tayong Rostand B,3D numerical analysis of the structural behaviour of a carbon fibre reinforced polymer drive shaft, Journal Results in Engineering,2023.

Wang Han, Yang Yuzhu, Analysis of the tensile failure mechanism of carbon fiber composite laminates based on finite element simulation,Journal of Textile Science and Engineering ,2023.

Lv Qingquan,Zhao Zhenqiang,Li Chao,Zhang Chao,2.5D Progressive damage and failure simulation of woven composite materials, Journal of Composite Materials,2021.

Chen Li; Jiao We,Wang Xinmiao,Liu Junling,Progress on mechanical properties of 3 D woven composites, Materials Engineering, 2020.

Dang Xiaoyan,Ji Fei, Zhang Lei,Yang Weiping, Comparative analysis of different failure modes during high-speed impact of thermoplastic composites,Equipment and Environmental Engineering 2022.

Li Hui,Zhao Chunjiang,Liang Jianguo,Zeng Guang,Wang Rui,Bian Qiang, Analysis of mechanical characteristics and failure mechanism of variable stiffness composite laminate, Composite Materials Science and Engineering, 2022.

Shao Shuai Cao Hang Wang Xiangping Guo Yong Xu Hongming, Strength analysis and layer optimization design of aero-engine composite fan blade, Gas Turbine Test and Research,2022.

Bai Heshan,Bai Ruixiang,Zhao Tianyu,Lei Zhenkun,Hong Xiang,Liu Chen,Wang Tao, Characterization of interfacial bonding properties of Vitrimer resin/ T700 fibre, Composite Interfaces,2023.

Deng Songwen,Sheng Ying,Jia Bin,Wang Ruheng, Forecasting and test verification of composite material cylinder burst pressure based on Tsai-Wu failure criterion, Journal of Southwest University of Science and Technology, 2022.

Li Li,Bai Rui,Lu Jianfeng,Zhang Shanqing,Chang ChingChun A Watermarking Scheme for Color Image Using Quaternion Discrete Fourier Transform and Tensor Decomposition ,Applied Sciences,2021.

Wu Bo, Yang Changling, Zhang Linping, Lv Yonggen, Progress in Composites Science and Engineering of Composites, 2021.

O Krol,V Sokolov,P Tsankov ,Modeling of vertical spindle head for machining center Journal of Physics Conference Series,2020.

QuanjinMa,M.R.M.Rejab,Mohammad,Azeemc,M.S.Idrisa,M.F.Ranid,A.PraveenKumar,Axial and radial crushing behaviour of thin-walled carbon fiber-reinforced polymer tubes fabricated by the real-time winding angle measurement system,Forces in Mechanics,2023.

Liu Peng,Zheng Wan,Shen Shaofeng,Ming Jiangyong, Liang Zhenjiang, Wang Shuang, Zhang Huirong, SCR7000 Key influencing factors of torsion crack of continuous casting and rolling copper rod, non-ferrous metal engineering,2023.

Ji Miaomiao,Zhang Housheng,Wu Qin;Zhang Hanzhe,Huang Biao,Wang Guoyu,Ply angle effects on cavitating flow induced structural response characteristics of the composite hydrofoils, Ocean Engineering,2023.

Xiong Jiayuan,Han Duanjun,Tang Xiangjing,Tang Guangming,Study on pavement temperature field and influencing factors under periodic boundary conditions, Value Engineering, 2023.

Saif Tamara, Saad Najim, AlZubiedy Ali, Idzikowski Adam, Effect of ply angle on the burst pressure of composite pressure vessels by filament winding, Construction of Optimized Energy Potential Budownictwo o Zoptymalizowanym Potencjale Energetycznym,2022.

Lee Hyoungwook,Kim ChulSu,Prediction of Ply Angles of Air Springs According to Airbag Positions and Their Effects on Lateral and Torsional Stiffness, Applied Sciences,2022.

Yu Su,Yang Yunpei,Colton Jonathan S,Improved composite open-hole compression strength and trade-off with manufacturability controlled by stacking sequence effect and non-standard ply angles,2022.

Li Xinyue,Yuan Yanan,Zhang Zuoqi,Gradient ply thickness design for enhanced low-velocity impact resistance in ultra-thin ply composite,Extreme Mechanics Letters,2023.

Velasco M.L.,Correa E.,Sánchez-Carmona S.,París F.,Evolution of the damage onset and morphology in [0/90n/0] laminates when increasing the ply thickness, Composites Part A,2023.

Fanuc Corporation, Patent Issued for Failure Detection Device For Spindle Head Of Machine Tool Including A Plurality Of Sensors,Journal of Robotics & Machine Learning,2019.

Pan Fei,Guo Shikang,Wang Zhijia , Li Shengmin, Study on the dynamic displacement test method of vibration table model based on UAV and optical flow characteristic value method, Seismic Engineering and Engineering vibrations, 2023.

Wang Yuan,exploration of basic course of mechanical vibration under the background of new engineering, Modern Vocational Education, 2019.

Zhao Fei,Wu Jinwu, and Zhao Longsheng, The hierarchical theory was used to calculate the natural frequency and vibration patterns of the lamina, noise and vibration control 2021.

Németh Róbert K,Geleji Borbála B,Modal truncation damping in reduced modal analysis of piecewise linear continuum structures, Mechanics Based Design of Structures and Machines,2023.

Wei Kai,Cao Qi,Yan Qun,Xu Jian,Xue Dongwen,the UAV propeller aerodynamic noise test in the ground acoustic environment, Science,Technology and Engineering ,2023.