The influence of technological modes on the tangential component of the cutting force during belt rotary grinding of blanks made of titanium alloy VT3-1
These days, in the manufacture of units and mechanisms of ships, aircraft and other technological machines, industrial robots, long-sized products from ВТ3-1 (Standart GOST-R) titanium alloy are used, for the processing of which a complex for belt rotary grinding has been developed. The outcome measures of the rotary belt grinding process depend on the cutting forces generated during the processing process. According to cutting forces, process stability is diagnosed, values of surface roughness indices, temperatures and cutting modes are calculated according to displacement balance equation. The article is devoted to obtaining a mathematical model establishing the relationship between the tangential component of the cutting force and cutting modes during belt rotary grinding of ВТ3-1 (Standart GOST-R) titanium alloy.