Static compression of GFRP plate with hole - 3D scanning comparative evaluation
Agnieszka Bondyra, Stanisław Miarka, Przemysław Daniel Pastuszak
Quarterly No. 4, 2016 pages 218-222
DOI:
keywords: 3D laser measuring scanners, composite plates with holes, static compression, deformations, failure
abstract A wide range of non-contact measurement methods is used in many fields of industry. 3D scanning technology is one of the modern techniques of geometry registration for reverse engineering, inspection or structure deformation analysis. The aim of the study is a comparative evaluation of square composites plates with holes under compression loading. The evaluation was performed on the basis of results from hand-held 3D laser scanner measurements. An essential element of the presented evaluation is analysis of the wall thickness of the plates. The range of this paper covers: presentation of 3D laser scanning measurement methodology, experimental tests and 3D scanning comparative evaluation of the specimens. The geometry of the composite plates with two kinds of holes: elliptical and cylindrical are compared. Higher values of wall thickness deformations for the plates with the elliptical holes were observed.