The mechanical properties and deformation behavior of Ti 5Al 2.5 ZrELI alloy compared with Ti 5Al 2.5 SnELI at 4.2?K, 20?K and 293?K were investigated. The results show that the new titanium alloy Ti 5Al 2.5ZrELI has ...The mechanical properties and deformation behavior of Ti 5Al 2.5 ZrELI alloy compared with Ti 5Al 2.5 SnELI at 4.2?K, 20?K and 293?K were investigated. The results show that the new titanium alloy Ti 5Al 2.5ZrELI has more consistent properties because of its uniform microstructure and less segregation. It has good elongation and ductility. The fracture surfaces are covered with elongated dimples at cryogenic temperatures. The deformation mode at 293?K, 20?K and 4.2?K are twinning and slipping. [展开更多
文摘The mechanical properties and deformation behavior of Ti 5Al 2.5 ZrELI alloy compared with Ti 5Al 2.5 SnELI at 4.2?K, 20?K and 293?K were investigated. The results show that the new titanium alloy Ti 5Al 2.5ZrELI has more consistent properties because of its uniform microstructure and less segregation. It has good elongation and ductility. The fracture surfaces are covered with elongated dimples at cryogenic temperatures. The deformation mode at 293?K, 20?K and 4.2?K are twinning and slipping. [
