All Stories

  1. Mathematical model of technological mode on-line control at blade processing
  2. FEATURES OF CONTACT INTERACTION IN CUTTING HIGH-ALLOY STEELS WITH CARBIDE TOOLS
  3. The problem of applicability of computer-aided design systems in the production of elements of hydraulic units
  4. MECHANICAL TREATMENT'S STABILITY QUANTITATIVE ASSESSMENT
  5. Stability assessment methods of technological processes
  6. Multidimensional Model of Product Quality Formation
  7. Regression Modeling of Machining Processes
  8. Analysis of the algorithms of the movement of forming during planetary boring and milling on CNC machines
  9. Current state and trends in development of technological engineering pre-production
  10. THE CALCULATION DEPENDENCIES FOR THE CONTROL OF TURNING AND MILLING IN DIGITAL PRODUCTION SYSTEMS
  11. ANALYSIS OF METHODS FOR SHAPING INTERNAL SURFACES OF ROTATION
  12. Information model of multipass mechanical treatment
  13. Features of Contact Interaction in Cutting High-Alloyed Steels with Carbide Tool
  14. Features of Formation of Surface Layer Properties in Multistage Processing of Cr–Ni Steel
  15. Contactless Evaluation of the Microgeometry of the Machined Surface
  16. Analyzing the Mechanisms of Cutting Tool Wear during the Machining of Corrosion-Resistant Steels
  17. Formation of the Properties of the Surface Layer during Multi-Stage Milling
  18. The Peculiar Properties of Obtaining the Abrasive Tool without a Sheaf
  19. Inspecting the Quality of a Surface Layer in Non-Rigid Shafts Turning by Adaptive Control over the Process of Cutting
  20. Information structure of route technological designing
  21. Mathematical methods in technological design
  22. Analysis of mechanism of carbide tool wear and control by wear process
  23. Influence of technological factors of blade processing on the forming of the defect layer
  24. On-line Monitoring and Parameter Control of a Surface Microprofile
  25. Influence of Finishing Methods of Treatment on Condition of Steel 36NiCrMo16 Part Surface Layer
  26. Mechanical processing
  27. Structural optimization of technological route using simulation modeling
  28. Contact temperature and forces in the cutting of austenitic steel
  29. Information system for the design of machining processes
  30. Tool’s surface temperature when cutting materials with temperature-dependent thermal conductivity
  31. Distinguishing between machining methods
  32. Performance of hard-alloy tools in turning high-strength martensitic steel
  33. Refining the permissible parameter ranges in formalizing path design
  34. Surface quality after different treatments
  35. Determining the cutting forces at the rear tool surface
  36. Reliability of handbook data in technological design
  37. Formalized approaches in technological design
  38. Formulating CAD/CAM modules for calculating the cutting conditions in machining