The circles in a strip have the same size. The number of rows of circles in each strip is limited. Under these constraints, this paper addresses the following ...
Oct 1, 2010 · This paper addresses the following primary objective: to cut a plate by a guillotine method so that the maximal number of circles is obtained.
A guillotine machine cuts the plate into strips in the cutting process and then a stamping press punches out circles from the strips in the stamping process.
Jun 8, 2007 · The problem discussed is to cut a plate into strips of identical circles such that the number of circles is maximized. A dynamic programming ...
Missing: bi- objective
The problem discussed is to cut a plate into strips of identical circles such that the number of circles is maximized. A dynamic programming algorithm is ...
A bi-objective guillotine cutting problem of stamping strips of equal circles. Authors : Cui, Yaodong1 (AUTHOR) ; Gu, Tianlong2 (AUTHOR); Hu, Wei3 (AUTHOR).
A bi-objective guillotine cutting problem of stamping strips of equal circles ... A recursive algorithm is presented as a bi-objective optimization problem ...
Abstract: The current paper presents an approach for generating cutting patterns of equal circular blanks processed with the shearing and punching process, ...
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A bi-objective guillotine cutting problem of stamping strips of equal circles. ... Simplest optimal guillotine cutting patterns for strips of identical circles.
Simplest optimal guillotine cutting patterns for strips of identical circles ... A bi-objective guillotine cutting problem of stamping strips of equal circles ...