Structure formation in aluminum alloys under explosive deformation

Brodova I .G.; Petrova A. N.

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Structure formation in aluminum alloys under explosive deformation

机译：爆炸变形下铝合金结构形成

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Some features of ultrafine grained (UFG) structures formation in aluminum alloys with various energy of stacking imperfections, under dynamic equal-angular pressing (DCAP) at the strain rate of 104 – 105 s–1 have been considered. Results of investigation of thermodynamical behavior of UFG alloys AMts and V95 during dynamic compression tests using Hopkinson – Kolsky bar were reported.

机译：考虑了在104-105S-1的应变率的动态等角度压制（DCAP）下具有各种能量的铝合金中铝合金的超细颗粒（UFG）结构的一些特征。报道了使用Hopkinson - Kolsky Bar的动态压缩试验期间UFG合金AMTS和V95热力学行为的研究结果。

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《St. Petersburg Polytechnic University Journal: Physics and Mathematics》 |2013年第4期|共9页
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Brodova I .G.; Petrova A. N.;
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fragmentationdynamic recrystallizationaluminum alloysevere plastic deformation;

机译：碎片化动力学重结晶ullizationumum合金塑料变形;

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Structure formation in aluminum alloys under explosive deformation

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