000			02217naa a2200289 i 4500
001			BPP
003			BPK
005			20180409105418.0
008			140711s2007 pl f |100 0 eng
040			_cBPK
041			_aeng
044			_aPOL
100			_aKACALAK, Wojciech. _d1996 - . _bPolitechnika Koszalińska - Wydział Mechaniczny, _cKatedra Mechaniki Precyzyjnej
245			_aEstimation of the geometrical surface structure using a new method of polishing of flexible grinding tools : _bZone differentiation of the macrogeometry of the active surface of the grinding tool / _cWojciech Kacalak, Sławomir Makuch.
260			_c2007.
500			_aDane z autopsji.
520			_aThe flexible grinding tools have specific properties causes that the active surface of grinding wheel undergo a deformation in the working zone of grinding tools and in consequence the time of mutual contact between grinding wheel and surface workpiece decreases in comparison to grinding grins which are fixed in stiffness bonds. In typical polishing processes with application of the flexible grinding tools the flat surface rotation of gruindingwheel is parallel to direction of lengthwise workpiece feed. It causes that the grinding grains creates in working zone the long and irregular grooves and this operation is not good for the quality of polishing process. This article presents the results of polishing process with application of the flexible grinding tools of zonal differentation flexibolity which was applied the new method of polishing process.
650			_aPolishing.
650			_aFlexible grinding tools.
650			_aPolyurethane bond.
650		0	_aSurface roughness.
655		0	_aMateriały konferencyjne.
700			_aMAKUCH, Sławomir Jacek. _bPolitechnika Koszalińska - Wydział Mechaniczny, _cKatedra Mechaniki Precyzyjnej
711			_aInternational Congress on Precision Machining ICPM 2007 _n(4 ; _d2007 ; _cSandomierz / Kielce, Polska). _pICPM 2007
773			_tIV International Congress on Precision Machining : Proceedings. Vol. 1 / eds. S. Adamczak, K. Stępień. - _dKielce : University of Technology, 2007. - _gs. 153-158
942			_cART _2UKD
999			_c3748 _d3748