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Original Articles

CFD SIMULATION OF ECAE THROUGH A MULTIPLE-ANGLE DIE WITH A MOVABLE INLET WALL

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Read on this site (3)

Pavlo A. Gavrish, Mikhail A. Turchanin & Alexander V. Perig. (2021) Analysis of the reasons for the penetration of copper into steel during welding. Advances in Materials and Processing Technologies 7:3, pages 363-379.
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Pavlo A. Gavrish & Alexander V. Perig. (2020) Improvement of the heat state in welding copper with steel. Advances in Materials and Processing Technologies 6:4, pages 703-717.
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Alexander V. Perig & Nikolai N. Golodenko. (2019) CFD-enhanced description of local viscous flow through expansion equal channel angular extrusion geometric domain. Advances in Materials and Processing Technologies 5:4, pages 617-644.
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Articles from other publishers (11)

Alexander V. Perig, Anatoliy V. Zavdoveev, Violetta M. Skyrtach, Oleksii D. Kovalov, Boshra A. Arnout, Vuk Uskoković, Pavlo A. Gavrish, Oleh D. Hanevych, Bohdan Yu. Sharapaniuk, Alexander A. Kostikov & Oleg V. Subotin. (2021) Materials extrusion-inspired engineering reflection of social pressure-induced environmental impact on academy community well-being. Work 68:2, pages 333-352.
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Anastasiia V. Liuta, Alexander V. Perig, Marharyta A. Afanasieva & Violetta M. Skyrtach. (2019) Didactic games as student-friendly tools for learning hydraulics in a technical university’s undergraduate curriculum. Industry and Higher Education 33:3, pages 198-213.
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Alexander V. Perig & Nikolai N. Golodenko. (2017) 2D CFD description of the kinematic effects of movable inlet and outlet die wall transport motion and punch shape geometry on the dynamics of viscous flow during ECAE through Segal 2θ-dies for a range of channel angles. AIMS Materials Science 4:6, pages 1240-1275.
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Alexander V. Perig & Nikolai N. Golodenko. (2017) Effects of Material Rheology and Die Walls Translational Motions on the Dynamics of Viscous Flow during Equal Channel Angular Extrusion through a Segal 2 θ -Die: CFD 2D Solution of a Curl Transfer Equation . Advances in Materials Science and Engineering 2017, pages 1-26.
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Alexander V Perig & Nikolai N Golodenko. (2016) Effect of workpiece viscosity on strain unevenness during equal channel angular extrusion: CFD 2D solution of Navier–Stokes equations for the physical variables ‘flow velocities—punching pressure’. Materials Research Express 3:11, pages 115301.
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Eduard P. Gribkov & Alexander V. Perig. (2016) Research of energy-power parameters during powder wire flattening. The International Journal of Advanced Manufacturing Technology 85:9-12, pages 2887-2900.
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Alexander V. Perig & Nikolai N. Golodenko. (2016) CFD 2D Description of Local Flow of Polymer Workpiece through a modified U-Shaped Die During Equal Channel Multiple Angular Extrusion. Materials Research 19:3, pages 602-610.
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Alexander Perig. (2015) Two-parameter Rigid Block Approach to Upper Bound Analysis of Equal Channel Angular Extrusion Through a Segal 2θ-die. Materials Research 18:3, pages 628-638.
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A. V. Perig & N. N. Golodenko. (2015) ECAP process improvement based on the design of rational inclined punch shapes for the acute-angled Segal 2θ-dies: CFD 2-D description of dead zone reduction. Mechanical Sciences 6:1, pages 41-49.
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Eduard P. Gribkov, Alexander V. Perig & Viktoriya A. Danilyuk. (2014) Research into the process of producing powder tapes. The International Journal of Advanced Manufacturing Technology 77:5-8, pages 1087-1104.
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Alexander V. Perig. (2014) 2D upper bound analysis of ECAE through 2θ-dies for a range of channel angles. Materials Research 17:5, pages 1226-1237.
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