Abstract
New automated systems for designing gear drives and adoption of standard computer software on gearing are considered. A review of different software solutions for designing gears, gear drives and gear forming tools is presented. Methodological aspects and numerical results of designing injection-moulded plastic gears and forming mould dies for their manufacturing are shown, including the techniques of tooth profile construction and adjusting gear accuracy parameters. The possibilities of a two-level calculation procedure for strength and wear of composite gears made of dispersion-filled plastics aimed at optimization of reinforcing filler content are noted. The results of application of known standard automated systems, such as IOSO, KIMoS and other for quality improvement of the front loader gearbox and transmissions of “Belarus” tractor are discussed.
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