Search Results - "Kabaldin, Yu. G."

Self-Organization and Friction in Cutting by Kabaldin, Yu. G., Bashkov, A. A.

“…The friction in cutting is considered in terms of thermodynamics and self-organization. The mean frictional coefficient in cutting depends significantly on the…”
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Improving the Mechanical Properties of 3D-Printed Metal by Kabaldin, Yu. G., Anosov, M. S., Kolchin, P. V., Shatagin, D. A.

“…The poor performance of 3D-printed components in extreme conditions is investigated. It is found that macroscopic crystal lattice defects are formed at the…”
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Failure Kinetics of 3D-Printed 09G2S Steel Produced by Electric Arc Surfacing by Kabaldin, Yu. G., Anosov, M. S., Shatagin, D. A., Zhelonkin, M. V.

“…The structural changes in 09G2S steel produced by 3D printing (electric arc surfacing) under fatigue loads are studied over a broad range of temperature and…”
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Improving the Strength of Aluminum Alloys Produced by 3D Printing (Electric Arc Surfacing) by Kabaldin, Yu. G., Shatagin, D. A., Anosov, M. S., Kolchin, P. V., Klochkova, N. S.

“…The cold strength and mechanical properties of AMg5 aluminum alloy produced by additive electric arc surfacing are considered. The mechanical properties of the…”
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Cold Strength and Failure of 3D-Printed Metals by Kabaldin, Yu. G., Anosov, M. S., Shatagin, D. A., Kolchin, P. V.

“…The cold strength and low-temperature failure of 3D-printed 08Г2С and 07Х25Н13 steels are considered. Specifically, the metals are produced by electric arc…”
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Synthesis of New Metallic Materials on the Basis of Nonlinear Dynamics and Artificial Intelligence by Kabaldin, Yu. G., Shatagin, D. A., Anosov, M. S.

“…A smart system is developed for predicting the properties of metals. A specially trained neural network generates a model of a dynamic system for the synthesis…”
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Artificial Intelligence and Cyberphysical Machining Systems in Digital Production by Kabaldin, Yu. G., Shatagin, D. A.

“…The potential benefits of switching industrial enterprises to digital production with integration of the physical and computational processes in a unified…”
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Digital Twin of Chip Formation by Kabaldin, Yu. G., Shatagin, D. A., Anosov, M. S., Kuz’mishina, A. M.

“…Chip formation in machining is investigated. A relation is established between the type of chip, the type of crystal lattice, and the number of slip systems. A…”
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Neural-Network Prediction of the Low-Temperature Fatigue Strength of Metals by Kabaldin, Yu. G., Anosov, M. S., Shatagin, D. A., Kiselev, A. V., Kolchin, P. V.

“…A smart system for predicting the fatigue strength of metals over a broad temperature range is developed on the basis of a specially trained neural network…”
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Selection of a Cutting Tool by Means of a Digital Model by Kabaldin, Yu. G., Shatagin, D. A., Kuz’mishina, A. M.

“…A digital model of a cutting tool produced by neural-network modeling is considered. By means of this model, the composition and structure of a wear-resistant…”
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Low-Temperature Damage to Metals by Kabaldin, Yu. G., Khlybov, A. A., Anosov, M. S., Shatagin, D. A., Golovin, A. A.

“…The change in mechanical properties due to low temperatures and the associated damage are studied for various metals. Cracks in austenitic steel are found to…”
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Influence of the Lattice Parameter on the Low-Temperature Brittle Failure of Metals by Kabaldin, Yu. G., Anosov, M. S., Zhelonkin, M. V., Golovin, A. A.

“…—The brittle failure of metals at low temperatures is analyzed. It is shown that the ductile–brittle transition temperature depends on the lattice parameter:…”
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Diagnostics of 3D Printing on a CNC Machine by Machine Learning by Kabaldin, Yu. G., Shatagin, D. A., Anosov, M. S., Kolchin, P. V., Kiselev, A. V.

“…Diagnostics and dynamic optimization of the electrical arc in 3D printing on a CNC machine are considered. The applicability of nonlinear dynamic methods in…”
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Modular Design of Machine-Tool Equipment as Cyberphysical Systems on the Basis of Artificial Intelligence and Cloud Technology for Digital Production by Kabaldin, Yu. G., Shatagin, D. A., Kolchin, P. V., Mansurov, R. Sh

“…Multistage modular design of machine-tool equipment as cyberphysical systems on the basis of artificial intelligence and cloud technology is proposed…”
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CNC Machine Tools and Digital Twins by Kabaldin, Yu. G., Shatagin, D. A., Anosov, M. S., Kolchin, P. V., Kuz’mishina, A. M.

“…Neural-network models used in the development of digital twins for production equipment are considered. Such a model of the dynamic stability of cutting is…”
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Brittle Failure of Low-Carbon Steel Structures at Low Temperatures by Kabaldin, Yu. G., Anosov, M. S., Zhelonkin, M. V., Golovin, A. A.

“…The brittle failure of metals at low temperature is analyzed. The temperature of ductile—brittle failure depends on the lattice parameter of the metal, while…”
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Fatigue failure at low temperatures by Kabaldin, Yu. G., Anosov, M. S., Shatagin, D. A., Sidorenkov, D. V., Golovin, A. A., Zhelonkin, M. A.

“…The fatigue failure of steel 20 at low temperatures is considered. Strain hardening of the surface layers is found to occur in adiabatic conditions at low…”
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Influence of cut layer on cutting by Kabaldin, Yu. G., Kuz’mishina, A. A., Zotov, V. O., Vlasov, E. E.

“…The contact of the chip with the tool’s front surface in cutting is analyzed by numerical modeling. The high-pressure zones and buildup at the tool’s contact…”
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Smart Design of Driverless-Vehicle Routes in the Arctic and Far North by Kabaldin, Yu. G., Shatagin, D. A., Kiselev, A. V., Zhelonkin, M. V., Golovin, A. A.

“…An approach to the design of routes for driverless vehicles in the Arctic and Far North is discussed. The proposed approach employs artificial intelligence and…”
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Digital Twin for 3D Printing on CNC Machines by Kabaldin, Yu. G., Kolchin, P. V., Shatagin, D. A., Anosov, M. S., Chursin, A. A.

“…A system has been developed for 3D printing by means of arc welding in CNC machines. Modules for high-speed computation and for the training of neural networks…”
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