Sentence examples for optimal layouts from inspiring English sources

A topology optimization (TO) procedure is developed to design optimal layouts for piezoelectric energy harvesting devices (EHDs) by considering the effect of static and harmonic dynamic mechanical loads.

However, solving these new models becomes dramatically harder: finding optimal layouts for these models is beyond reach of current optimization techniques, except for tiny instances.

A typical radial configuration is also compared with these two optimal layouts.

Optimal layouts are rectangular in shape for ground cover ratios less than 0.23.

Beyond the optimal individual layout, a good global layout that compromises with all individual optimal layouts has to be computed.

The numerical difficulties are shown in a case study where multiple optimal layouts have been found.

This paper presents an efficient multi-material topology optimization strategy for seeking the optimal layout of structures considering the cohesive constitutive relationship of the interface.

This paper presents an efficient topology optimization strategy for seeking the optimal layout of continuum structures exhibiting asymmetrical strength behaviors in compression and tension.

The topology optimization is actualized by seeking out the optimal layout of ferromagnetic materials within a given design domain.

Using a mixed approach based on finite element techniques and statistical considerations, it is possible to evaluate an optimal layout for strain gauge positioning and to optimize the measurement system to diminish the effects of noise and disturbance.

Topology optimization iteratively distributes material in a design domain producing optimal layout or configuration, and it has been widely and successfully used in many engineering fields.