Vol. 42, No. 8, 2022
Surface-Recognition Algorithm for Capture of Rod Workpieces
p. 773 abstract
Linear Drive Based on a Cycloidal Transmission
p. 776 abstract
Influence of the Tool’s Surface Microgeometry and the Lubricant Composition on Hole Precision in Hybrid Burnishing
p. 781 abstract
Developing Systems of Manufacturing Tolerances
p. 787 abstract
Low-Power Hydraulic Motor for Mobile Micropower Stations and Pumps
p. 791 abstract
Optimizing a Coaxial Gearbox
p. 794 abstract
Pressure in the Interference Fit of Cylindrical Parts
p. 797 abstract
Improving the Wear Resistance of Key Components in a Sandvik Crusher by Applying a Hybrid Coating
p. 801 abstract
Stamping of Nonuniform Channels. 5. Calculation Methods for Channel Extrusion. 5.5. Other Methods of Controlling the Extruded Flow
p. 807 abstract
Friction Stir Welding of Fillet Joints in Aluminum Alloys
p. 812 abstract
Manufacture of Aerospace Lattice Structures by Radial Braiding
p. 818 abstract
Influence of Setup and Kinematic Parameters on the Shape Precision of Workpieces
p. 823 abstract
Methods of Machining Polymer Composites: An Analysis
p. 826 abstract
Recommendations for Electrolytic Plasma Polishing of Chromium and Titanium Alloys
p. 829 abstract
Influence of Abrasive on the Productivity and Surface Roughness in Lapping
p. 832 abstract
Sectoral Measurements of Gas-Turbine Engine Components
p. 835 abstract
Determination of Tool Wear in Finishing
p. 838 abstract
Influence of Abrasive Grains on the Dynamics of Microrelief Formation
p. 841 abstract
Loading Devices for Plane Lapping
p. 844 abstract
Thermal Processes in Electric Discharge Machining of Parts Produced by Hybrid Additive Technology
p. 847 abstract
Residual Stress after Electric Discharge Machining
p. 850 abstract
Wire-Cut Electric Discharge Machining of Curved Polymer-Composite Surfaces
p. 853 abstract
Flushing of the Electrode Gap in Electrical Discharge Machining of Functional Materials
p. 855 abstract
Automated System for Electric Discharge Machining of Polymer Composites
p. 858 abstract
Laser Powder Surfacing of Gas-Turbine Components and Restoration of the Metal Powder
p. 860 abstract