Strona: Topics / Scope / Constellation of Scientific Schools in Mechanical Engineering – KSN2025

Topics / Scope

XLVII Scientific School of Abrasive Machining

  • New technologies in abrasive machining processes

  • Modelling of abrasive machining processes and operations

  • Innovative solutions in the design and technology of abrasive tools

  • Monitoring and optimization of abrasive and erosion machining processes

  • Investigation and evaluation of surface topography and physical properties of the surface layer

  • Hybrid abrasive machining processes

  • Burnishing processes, and methods and applications of electrochemical machining

  • Energy aspects of precision machining processes

  • Methods of precision machining

  • Development directions of precision machining methods

XVIII Scientific School of Machining

  • Research on physical phenomena in the cutting process

  • Modelling and simulation of cutting processes and machining operations

  • Development of tool materials and coatings for cutting tools

  • Development of cutting tool and tool holder designs

  • Optimization of machining operations

  • Research and evaluation of surface layer properties

  • Machining of difficult-to-cut materials

  • Burnishing technology

III Scientific School of Production Automation

  • Industry 4.0 and directions of technological development

  • Robotization of production processes

  • Forecasting of production structure

  • Process monitoring systems

  • Methods for digitization of processes and objects

  • Application of artificial intelligence in design and manufacturing

  • Quality control systems

III Scientific School of Additive Technologies

  • Technological and economic aspects of additive manufacturing processes

  • Additive manufacturing technologies

  • Processes using metallic powders

  • Laser cladding technologies

  • Surface topographies produced by additive methods

  • Hybrid manufacturing methods

  • Properties of metallic powders for additive manufacturing

  • Additive manufacturing equipment

  • Technologies for modifying surface layer properties

  • Functional structures for ultra-lightweight components