A5047038124- Mechanical Systems and Engineering
- Gear and Bearing Dynamics Analysis
- Engineering Technology and Methodologies
- Mechanical Engineering and Vibrations Research
- Advanced Theoretical and Applied Studies in Material Sciences and Geometry
- Metallurgy and Material Forming
Reducing the mass and dimensions of involute spur gears is an actual task modern mechanical engineering. One perspective ways to solve it use gearing with increased working tooth depth profile contact ratio εα ≥ 2. The study devoted development optimal design methods for such gears. Optimality criteria formulated as follows: stresses in pitch point must take a minimum value when all constructive, geometric, kinematic, technological constraints are met, first, 2 ensured. Variables planning...
Reducing the mass and dimensions of involute spur gears is an actual task modern mechanical engineering. One perspective ways to solve it use gearing with increased working tooth depth profile contact ratio εα ≥ 2. The study devoted development optimal design methods for such gears. Optimality criteria formulated as follows: stresses in pitch point must take a minimum value when all constructive, geometric, kinematic, technological constraints are met, first, 2 ensured. Variables planning...
Reducing the mass and dimensions of gears is an actual task modern mechanical engineering. One perspective ways to solve it use gearing with a convex-concave contact teeth. The study devoted development mathematical model algorithm for optimal design cylindrical working surfaces. Optimality criteria: minimum stresses taking into account design, geometrical technological constraints. An objective function constructed case minimizing stresses: σH in mesh must take possible value when all...
Reducing the mass and dimensions of gears is an actual task modern mechanical engineering. One perspective ways to solve it use gearing with a convex-concave contact teeth. Therefore, study devoted development methods for optimal design cylindrical working surfaces. Optimality criteria: minimum stresses (or) relative sliding velocities, taking into account design, geometrical technological constraints. C-C was chosen as object research. It proposed by Slovak scientists M. Boshanski Veresh....