Exact(5)
The optimal layout problem of circle group in a circular container with performance constraints of equilibrium belongs to a class of NP-hard problem.
This paper presents an Iterated Tabu Search and Variable Neighborhood Descent (ITS-VND) algorithm for packing unequal circles into a circular container (PUCC).
In this paper we present two new algorithms for the layout optimization problem: this concerns the placement of circular, weighted objects inside a circular container, the two objectives being to minimize imbalance of mass and to minimize the radius of the container.
The system is composed of 32 stainless steel electrodes (length = 20 mm, diameter = 1 mm) around a circular container (diameter = 65 mm).
Briefly, animals were placed into a circular container and exposed to a rotating stimulus consisting of vertical black and white lines of varying widths, subtending the spatial frequencies of 0.312, 0.25, and 0.5 cycles/degree which rotate clockwise (to test acuity in the left eye) or anticlockwise (to test acuity in the right eye).
Similar(55)
It considers the dense packing of n circular disks in a large circular container at the same time satisfying the equilibrium constraints.
If the free liquid surface in a circular cylindrical container is partially covered by a structural element, the natural frequencies of the liquid are exhibiting increased magnitude.
The coupled hydroelastic frequencies of an incompressible and frictionless liquid in a circular cylindrical container, of which the free liquid surface is covered by a flexible membrane or an elastic plate, have been determined analytically.
We simulated this situation by putting a male and female in a circular plastic container (0.145 or 0.17 m diameter) separated from one another by a barrier for at least 60 seconds.
This paper presents a greedy heuristic algorithm for solving the circle packing problem whose objective is to pack a set of unit circles into the smallest circular container.
On custom-built wooden tables, cannabis strains are displayed in clear circular containers — dubbed "bud pods" — with built-in magnifying glasses allowing for closer inspection.
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