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The effects of perforations are investigated using a negative stiffness modeling approach.
The effects of perforations on the instability load frequency regions are investigated using the Bolotin's first order method and a negative stiffness modeling approach.
Furthermore, closed form expressions that are based on stiffness modeling techniques are developed to predict the energy dissipation capacity of the T-stub/column flange system with and without continuity plates.
In this paper kinematics errors and stiffness modeling are given.
The paper presents a new stiffness modeling method for overconstrained parallel manipulators with flexible links and compliant actuating joints.
It is worthy mentioning that the proposed methodology of stiffness modeling in this paper can also be applied to other overconstrained PKMs and can evaluate the global rigidity over workplace efficiently with minor revisions.
Similar(53)
In the method the difference between analytical and test data based energies at element scale is estimated to indicate any poor structural mass and stiffness modelling.
Comparisons with simple stiffness models are made.
Using the stiffness models, the design optimization issues are investigated.
A bilinear stiffness model is used to simulate SFT tethers.
Comparisons with other stiffness models are also made.
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