【作者】 邓松圣； 廖振方； 赵翔； 周明来； 郑胜强； 张起欣；

【Author】 Deng Song-sheng, Liao Zhen-fang, Zhao Xiang Zhou Ming-lai, Zheng Sheng-qiang, Zhang Qi-xin (Chongqing College of logical Engineering. Chongqing 400016,China; Chongqing University, Chongqing 400044,China)

【机构】 后勤工程学院； 重庆大学；

【摘要】 提出了气体保护层射流诱发液体边界层流的数学模型和积分求解方法,得到了液体边界层的厚度、速度、剪切应力公式;根据连续性方程和动量定理,得到了气体保护层射流的速度和半径公式;通过算例论证了淹没环境下,实现气体保护层磨料水射流的可行性。更多还原

【Abstract】 A mathematical model and its solution method are proposed for the liquid boundary layer flow induced by a jet flow with gas protection layer. The thickness, velocity and shear stress of the boundary are obtained The velocity and radius formulas of gas protection layer jet are obtained in accordance with the continuity equation and momentum conservative equation. The feasibility of realization of AWJ with gas protection layer in submerged water is confirmed by computational example.更多还原