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Elements which influenced the dynamic behavior of this structural type were also discussed.
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The performed simulations will be used to evaluate the effects of aerodynamic and seismic load coupling on the power generation and structural dynamics behavior of this structure.
Obviously the type of material disturbance considered introduces considerable change in the dynamic behavior of the structural element and this fact is clearly shown in the variation of the fundamental frequency value.
Modeling of the nonlinear behavior of the structural elements was completed according to state-of-the-art methods in this field.
Modeling the behavior of these structural materials and components can be performed at different scales.
For complex loading conditions, the behavior of the structural materials is determined by damage evolution, strain rate and temperature.
The same condition is applied to the behavior of the structural elements dealing with them.
These elements have the capability of considering large displacement and nonlinear behavior of the structural material and therefore are appropriate for solving the problems related to buckling.
The behavior of the structural parameters are similar to the toy-network.
These events produced in-situ observations and data to develop a deeper knowledge on the seismic behavior and collapse of this structural typology.
Numerical models for predicting the structural behavior of this type of structures are developed.
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CEO of Professional Science Editing for Scientists @ prosciediting.com