壁厚对HR2钢柱壳爆轰加载下膨胀断裂行为的影响
卢秋虹1(
), 王宁2, 范诚3, 申勇峰2, 刘明涛3, 汤铁钢3, 胡海波3
), 王宁2, 范诚3, 申勇峰2, 刘明涛3, 汤铁钢3, 胡海波3
Effect of Shell Thickness on Expanding Fracture Behavior of HR2 Steel Cylinders under Explosive Loading
LU Qiuhong1(), WANG Ning2, FAN Cheng3, SHEN Yongfeng2, LIU Mingtao3, TANG Tiegang3, HU Haibo3
), WANG Ning2, FAN Cheng3, SHEN Yongfeng2, LIU Mingtao3, TANG Tiegang3, HU Haibo3
图3. HR2钢柱薄壁和厚壁壳断裂碎片的宏观形貌、断口形貌和断裂模式示意图。
Fig.3. Macroscopic morphology (a), (d), fracture morphology (b), (e) of fracture fragments and the schematic diagram of fracture mode (c), (f) in thin-walled and thick-walled HR2 steel cylinder respectively
