Lamellar Disintegration Mechanism of TC11 Titanium Alloy during Hot Compression
来源期刊：Journal Of Wuhan University Of Technology Materials Science Edition2009年第S1期
论文作者：郑佩琦 黄陆军
文章页码：44 - 46
摘 要：TC11 titanium alloy samples with lamellar microstructrue were compressed on a Gleeble 1500D Simulator.Compression tests were carried out at 950 ℃ and a strain rate of 0.1 s-1 with height reduction of 20%,40% and 60%,respectively.Microstruture of the compressed TC11 alloy was obeserved and analyzed by optical microscopy（OM）,transmission electron microscope（TEM）,electron back-scattered diffraction（EBSD）.The lamellar disintegration mechanism of the TC11 titanium alloy was deduced.The results indicated that the compressive deformation promoted the phase transformation in bi-phase area.βphase layers were formed along the gliding planes inα phase,and α slivers were disintegrated into many small flakes through theα/βinterface slipping.
郑佩琦，黄陆军
School of Materials Science & Engineering,Harbin Institute of Technology
摘 要：TC11 titanium alloy samples with lamellar microstructrue were compressed on a Gleeble 1500D Simulator.Compression tests were carried out at 950 ℃ and a strain rate of 0.1 s-1 with height reduction of 20%,40% and 60%,respectively.Microstruture of the compressed TC11 alloy was obeserved and analyzed by optical microscopy（OM）,transmission electron microscope（TEM）,electron back-scattered diffraction（EBSD）.The lamellar disintegration mechanism of the TC11 titanium alloy was deduced.The results indicated that the compressive deformation promoted the phase transformation in bi-phase area.βphase layers were formed along the gliding planes inα phase,and α slivers were disintegrated into many small flakes through theα/βinterface slipping.
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