rus
Issue #1/2026
A. R. Mirzomakhmudov, A. V. Isaev
Designing disk milling cutter with indexable inserts for machining complex shaped parts
Designing disk milling cutter with indexable inserts for machining complex shaped parts
DOI: 10.22184/2499-9407.2026.42.1.66.73
The paper presents the design of a disk milling cutter with indexable inserts used for machining the shaped surfaces of wheelsets. A theoretical analysis of the machined surface microgeometry was performed, establishing the relationships between feed rate, number of teeth, cutting edge geometry and the residual height for turn-milling (angles in the plan, radius at the IIs vertex). A mathematical model has been developed for dependence of kinematic clearance angles during up- and down-milling on the design parameters of the milling cutter and machining conditions. A mathematical model has also been developed for dependence of the cross-sectional dimensions of the undeformed chip on the machining conditions during turn-milling.
Tags: cutting condition modeling indexable disk milling cutter kinematic clearance angles residual height turn-milling of wheelset undeformed chip высота остаточных неровностей кинематические углы резания моделирование условий резания сборная дисковая фреза сечение срезаемого слоя фрезоточение профиля катания
Subscribe to the journal Stankoinstrument to read the full article.
The paper presents the design of a disk milling cutter with indexable inserts used for machining the shaped surfaces of wheelsets. A theoretical analysis of the machined surface microgeometry was performed, establishing the relationships between feed rate, number of teeth, cutting edge geometry and the residual height for turn-milling (angles in the plan, radius at the IIs vertex). A mathematical model has been developed for dependence of kinematic clearance angles during up- and down-milling on the design parameters of the milling cutter and machining conditions. A mathematical model has also been developed for dependence of the cross-sectional dimensions of the undeformed chip on the machining conditions during turn-milling.
Tags: cutting condition modeling indexable disk milling cutter kinematic clearance angles residual height turn-milling of wheelset undeformed chip высота остаточных неровностей кинематические углы резания моделирование условий резания сборная дисковая фреза сечение срезаемого слоя фрезоточение профиля катания
Subscribe to the journal Stankoinstrument to read the full article.
Readers feedback
