Sentence examples for compliance of structures from inspiring English sources
A generalized compliance of structures, defined as the inner product of prescribed loading and response function, is selected as an objective function.
This article presents an optimisation framework for the compliance minimisation of structures subjected to design-dependent pressure loads.
The compliance of the structures with the observed spectral features is verified using spectro-structural correlations in spectra of different nature.
Despite these successes, most of the topology optimization problems were modeled to minimize the compliance of the structures, following the methods adopted by Bendsøe and Kikuchi.
The distribution rule of solid material and the relationship between the minimum compliance of optimal structures and the principal angle of composite layups are discussed.
The optimal results of numerical examples show that the compliance of composite structures composed of dissimilar materials can be significantly reduced by using the proposed free-form optimization method.
To find the optimum positions of the features within an anisotropic structure with the highest stiffness, the elastic compliance of the structure has been minimized subject to constraints upon stresses and geometry.
First, a non-dimensional parameter (C⁎) is introduced, based on the variation in thermal compliance of the structure, to quantify the contribution of an arbitrary point in the structure to heat conduction performance.
The method utilizes a new form of damage index based on the changes in the distribution of the compliance of the structure due to damage.
The mean compliance of the structure is chosen as the objective function and its sensitivities are derived using the adjoint method.
A flexure hinge structure is designed to amplify the output of PZT actuator and topology optimization is done to reduce the mass and compliance of the structure so that the output displacement and response frequency of FTS can be improved.
