基于粉末成形的激光增材制造陶瓷技术研究进展
曹继伟1,2(
), 王沛1,2, 刘志远1,2, 刘长勇1,2, 吴甲民3,4(), 陈张伟1,2()
), 王沛1,2, 刘志远1,2, 刘长勇1,2, 吴甲民3,4(), 陈张伟1,2()
Research Progress on Powder-based Laser Additive Manufacturing Technology of Ceramics
CAO Jiwei1,2(), WANG Pei1,2, LIU Zhiyuan1,2, LIU Changyong1,2, WU Jiamin3,4(), CHEN Zhangwei1,2()
), WANG Pei1,2, LIU Zhiyuan1,2, LIU Changyong1,2, WU Jiamin3,4(), CHEN Zhangwei1,2()
图11. LENS打印的陶瓷试样[
Fig. 11. Ceramic printed by LENS[
(a) Al2O3 spherical particles; (b, c) Large-sized cylindrical Al2O3 ceramic, stress-strain curve and fracture morphology of Al2O3 ceramic; (d) Single-bead wall part fabricated with different laser power; (e) Typical geometry of the cross-section of a single-bead wall part
