Dynamic investigation on composite flexible multi-body system considering thermal effect |
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Authors: | Ke-qi Pan Jin-yang Liu |
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Institution: | (1) Department of Engineering Mechanics, Northwestern Polytechnical University, Xi’an, 710072, China |
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Abstract: | The dynamic performance of composite flexible multi-body system under the simultaneous action of thermal fields and driving
constraint is analyzed. Based on strain-displacement relation of the Mindlin plate theory which includes transverse shear
deformation, and considering thermal effect, variation equations of laminated plate are derived by the principle of virtual
work. The finite element method is used for discretization. According to kinematics constraint relation, dynamic equations
for spatial slider-crank system are established. Simulation results show that spatial deformation (torsion deformation) appears
in the multi-layered composite slider-crank mechanism which is simulated with planar motions. Furthermore, the influence of
coupling between thermal expansion and flexible deformations of non-symmetrical composite plates on the large overall motion
under the uniform temperature field is investigated. Finally, significant change in constraint force due to the spatial deformation
is shown. |
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Keywords: | |
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