南京航空航天大学凯发k8网站主页平台管理系统 xiao wang-凯发k8网站

xiao wang, male, associate professor, deputy director of the helicopter department, special assistant of the helicopter research institute, obtained a ph.d. degree from politecnico di milano, a master's degree and a bachelor's degree from xi'an jiaotong university, and won the honor of con lord for excellent doctorate of the politecnico di milano.

research:
1. helicopter and tilt-rotor multi-body dynamics.
2. smart rotor system design:
3. aerial-aquatic rotorcraft design

papers:

1. 1.    xiao wang, laishou song, pinqi xia, a novel modeling strategy for the dynamical analysis of coupled coaxial rotors/auxiliary propeller/drive train system, journal of the american helicopter society, 2023, 68:1, 1-15, 042000 

2. 2.    xiao wang, pinqi xia, a novel modeling and vibration analysis method on a helicopter drive train system, aiaa journal, 2022, 60:7, 4288-4301  

3. 3.    xiao wang, pinqi xia, modeling and optimal control of piezo-actuated rotating box beams with sophisticated couplings, aiaa journal, 2021 59:2, 673-689, 

4. 4.    xiao wang, pinqi xia, jiangtao xu, nonlinear modal interactions of swept composite aircraft wings carrying external stores. aiaa journal, 2019, 57:3, 1323-1337  

5. 5.    xiao wang, pinqi xia, pierangelo masarati, optimal control of pretwisted rotating thin-walled beams via piezoelectrically induced couplings, aiaa journal. 2019, 57:6, 2617-2633
   

6. 6.    lang, kai, pinqi xia, and xiao wang. active global vibration control of helicopter fuselage. aiaa journal, (2023): 1-15.

7. 7.    xiao wang, pinqi xia, pierangelo masarati, active aeroelastic control of aircraft wings with piezo-composite, journal of sound and vibration, 2019, 455, 1-19 

8. 8.    xiao wang, liashou song, pinqi xia, active control of adaptive thin-walled beams incorporating bending-extension elastic coupling via piezoelectrically induced transverse shear, thin-walled structures, 2020, 146, 106455, 

9. 9.    haojie liu, xiao wang*, aeroservoelastic design of piezo-composite wings for gust load alleviation, journal of fluids and structures, 2019, 88, 83-99 

10. 10.    haojie liu, xiumin gao, xiao wang, parametric active aeroelastic control of a morphing wing using the receptance method, journal of fluids and structures, 2020, 98, 103098,

11. 11.    xiao wang, marco morandini, pierangelo masarati. modeling and control for rotating pretwisted thin-walled beams with piezo-composite. composite structures, 2017, 180, 647–663 . 

12.  12.    xiao wang, marco morandini, pierangelo masarati. velocity feedback damping of piezo-actuated wings. composite structures, 2017, 174, 221–232. 

13. 13.    xiao wang, zhanming qin. nonlinear modal interactions in composite thin-walled beam structures with simultaneous 1:2 internal and 1:1 external resonances. nonlinear dynamics, 2016, 2, 1381–1405.