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�������պ����ѧѧ�� 2011, Vol. 37 Issue (4) :421-427    DOI:
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κ��1, �깦��2, ��˸��2, ����2*
1. �������վ��ܻ�е�о���, ����;
2. �������պ����ѧ, ���տ�ѧ�빤��ѧԺ, ����
Bionic design on the fluid mechanics experimental model of butterfly hovering fly
Wei Lai1, Shen Gongxin2, Huang Shuoqiao2, Guo Peng2*
1. China Precision Engineering Instituler for Aircraft Industry, Beijing 100076, China;
2. School of Aeronautic Science and Engineering, Beijing University of Aeronautics and Astronautics, Beijing 100076, China

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ժҪ ���ں�����̬ѧ�ϵ��ص�(������,չ�ұ�С,���͸���)�Լ�������ķ��з�ʽ(�Ķ�Ƶ�ʵ�,��򼸺���ֱ�������Ķ�;���û�з�ת�˶�,���ڳ���Ķ�ʱ���������Եĸ����˶�����),������Ϊ̽��������и���������������о�����.Ϊ�������о�������ͣ����ʱ�������͸���������,�������һ��ģ�������ͣ���е�������ѧʵ��ģ���Ե���Ϊ��Ҫ.����һ������Ƶĵ�غ���ʵ��ģ��,��ģ������ʵ�ĺ���һ��,�������ҳ�������,���ҿ���ʵ�־�ȷ��λ��ģ�������ͬ���˶�ģʽ,���������Ķ�������ĸ����˶�����.�о�С��Ӧ�ô�ʵ��ģ�ͽ���������ʾʵ���PIV(Particle Image Velocimetry)ʵ��,�Ժ�������ͣ���н����о�.
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Abstract�� As its unique morphological features (broad wings with small aspect ratio, complex wing shape), and the distinctive kinematics (low flapping frequency, the stroke plane is nearly perpendicular to the body; no wing rotating, but obviously body pitching and oscillating as wing flapping), butterfly fly is a special research subject in exploring insect high lift mechanisms. In order to take in-depth insight into the bio-fluid mechanics and the high lift mechanisms of butterfly hovering fly, it is necessary to design and manufacture an electromechanical model of flapping butterfly to simulate the flapping modes of the butterfly.A new designed electromechanical model of flapping butterfly which had the wings and the body just like the real butterfly was introduced. The electromechanical model can fix positions and simulate different flapping modes of the butterfly, including the wings- flapping and body-s rotation and up-down-oscillating movement. So it is useable for the experiments of flow visualization and particle image velocimetry(PIV).
Keywords�� butterfly   experimental model   bionic design   hovering fly     
Received 2010-01-21;
Fund:

������Ȼ��ѧ����������Ŀ(NS-FC-10772017); ����BUAA-985����������Ŀ

About author: κ ��(1983-),��,������ͨ����,������ʦ,weilai1983@gmail.com.
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κ��, �깦��, ��˸��, ����.������ͣ����������ѧʵ��ģ�͵ķ������[J]  �������պ����ѧѧ��, 2011,V37(4): 421-427
Wei Lai, Shen Gongxin, Huang Shuoqiao, Guo Peng.Bionic design on the fluid mechanics experimental model of butterfly hovering fly[J]  JOURNAL OF BEIJING UNIVERSITY OF AERONAUTICS AND A, 2011,V37(4): 421-427
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