Topics / Scope
XLVII Scientific School of Abrasive Machining
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New technologies in abrasive machining processes
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Modelling of abrasive machining processes and operations
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Innovative solutions in the design and technology of abrasive tools
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Monitoring and optimization of abrasive and erosion machining processes
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Investigation and evaluation of surface topography and physical properties of the surface layer
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Hybrid abrasive machining processes
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Burnishing processes, and methods and applications of electrochemical machining
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Energy aspects of precision machining processes
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Methods of precision machining
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Development directions of precision machining methods
XVIII Scientific School of Machining
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Research on physical phenomena in the cutting process
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Modelling and simulation of cutting processes and machining operations
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Development of tool materials and coatings for cutting tools
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Development of cutting tool and tool holder designs
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Optimization of machining operations
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Research and evaluation of surface layer properties
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Machining of difficult-to-cut materials
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Burnishing technology
III Scientific School of Production Automation
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Industry 4.0 and directions of technological development
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Robotization of production processes
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Forecasting of production structure
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Process monitoring systems
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Methods for digitization of processes and objects
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Application of artificial intelligence in design and manufacturing
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Quality control systems
III Scientific School of Additive Technologies
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Technological and economic aspects of additive manufacturing processes
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Additive manufacturing technologies
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Processes using metallic powders
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Laser cladding technologies
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Surface topographies produced by additive methods
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Hybrid manufacturing methods
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Properties of metallic powders for additive manufacturing
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Additive manufacturing equipment
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Technologies for modifying surface layer properties
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Functional structures for ultra-lightweight components