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РецензированоEN2020

Features Of Stress-Deformed State Of Rolled Sheet By Asymmetric Technology

Asymmetric Technology · Akhmedov Akrom Burkhanovich · Uzbekistan named after Mirzo Ulugbek (Professor, Department of Mechanics and mathematical modelling, National University of) · Saydakhmedov Ravshan Khalkhodjaevich (Professor, Department of Mechanics and mathematical modelling, National University of) · after Islam Karimov (Journal Website: Professor, Department of Aviation Technology, Toshkent State Technical University named) · Kholmanov Nurbek Yuldashovich (Phd student, Department of Mechanics and mathematical modelling, National University of) · Uzbekistan named after Mirzo Ulugbek (Phd student, Department of Mechanics and Mathematical Modelling, National University of)

The American Journal of Engineering and Technology · 02 · 247-251 · 2020

Аннотация

At present, the optimization of energy-saving technologies in mechanical engineering for production of rolled sheets with different configurations by modern simulation methods is becoming an important direction of informatization of engineering production. At the same time, in the active zone, the process of asymmetric cold rolling of metal sheets is accompanied by an inhomogeneous stress-deformed state. In non-canonical regions of deformations, an approach for determining the optimal technological parameters and studying the stress-deformed state of the cold rolling process by an asymmetric technology in the active zone of elastic-plastic deformations on the basis of simulation modeling with the applied software package LS-DYNA by LS-PrePost (R) of V4.6.1 version has been proposed in this paper. KEYWORDS Optimization, cold rolling, elastic-plastic deformations, metal sheets, asymmetric technology

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«At present, the optimization of energy-saving technologies in mechanical engineering for production of rolled sheets with different configurations by modern simulation methods is becoming an important direction of inf…»

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At present, the optimization of energy-saving technologies in mechanical engineering for production of rolled sheets with different configurations by modern simulation methods is becoming an important direction of inf… Полный текст публикации CiteX не хранит — доступ к первоисточнику открывается по DOI согласно лицензии издателя и выбранному плану.

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Узбекистан
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Optimization, cold rolling, elastic-plastic deformations, metal sheets, asymmetric technology, , cold rolling,, Optimization,
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