Fundamental Aspects of the Wood Cutting Process |
Contents
LIST OF TABLES vi | 3 |
INTRODUCTION 1 | 9 |
THE EFFECT OF CUTTING SPEED | 5 |
7 other sections not shown
Common terms and phrases
analysis analytical appears approximately beam model cell walls cent moisture content chip formation chip thickness 0.030 Comparison of theoretical compression concentrated load considered cutter edge cutting conditions cutting directions cutting edge cutting friction coefficient cutting plane cutting process cutting situation cutting speed deflection stage distance double-beam model eastern white pine effect of cutting elastic foundation elastically supported beam experimental points factors failure type failures in zone friction angle given grain direction II(a incision increase indentation phase Lateral vibration lubrication matched material mechanical properties nominal chip thickness Normal force orthogonal cutting Parallel force perpendicular ratio relationship between cutting Resultant cutting force shear failure shear plane shear strength shear stress stress distribution string sub-chips sugar maple Sugar pine surface quality tensile strength tension stress theoretical relationship type II failure type II(b values velocity vector vibration at 60 Voskresenski White ash width of cut work-piece yellow birch yellow-poplar Young's modulus