Mechanics of tensegrity structures and nonlinear static analysis procedure are explained.
Self-stress levels are increased to observe their influence on these effective stiffness properties. Continuum beam model counterparts of tensegrity towers are obtained based on an energy equivalency approach to determine effective stiffness properties. Long tensegrity towers for space applications can be modeled as beam-like structures, and axial, bending, shear and torsional stiffness properties can be used to make comparisons between alternatives to determine the optimum for a mission. Such properties are essential in the evaluation of suitability for specific applications. The obtained effective stiffness properties are also validated with nonlinear finite element analyses.ĪB - In this paper, effective stiffness properties of n-strut cylindrical tensegrity towers are obtained and compared.
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N2 - In this paper, effective stiffness properties of n-strut cylindrical tensegrity towers are obtained and compared. Free Online Library: Equivalent Stiffness and Equivalent Position for Torque Strut Mount in Powertrain Mounting System. © 2018, American Institute of Aeronautics and Astronautics Inc, AIAA. T1 - Effective stiffness properties of n-strut cylindrical tensegrity towers
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