caochao,zhaojiyun,Chao, Liuyin,Li, Guilin,黄笛.Micro-mechanism study on tissue removal behavior under medical waterjet impact using coupled SPH-FEM,2023,v 61,n 3,p721-737

caochao,zhaojiyun,李桂林,巢柳荫,黄笛,kangjianhong,wangyunfei,毛炳权,卫鹏辉,刘浩.Coupling Effect Mechanism of Microscale Waterjet Dynamics and Manipulation Mode on Clinical Indicators,2023,v 72,

caochao,zhaojiyun,李桂林,dinghaigang,kangjianhong,Jing Han.Matching Design Method for Exit Parameters of Medical Waterjet Generating Device,2022,v 58,n 12,p293-300

caochao,李桂林,金欣,dinghaigang,zhaojiyun.Continuous fracture of soft tissue under high-speed waterjet impact and its quantification method,2020,卷: 151

caochao,李桂林,zhaojiyun.Non-rigid cutting of soft tissue: physical evidences of complex mechanical interaction process of soft materials,2020,卷: 135期: 10

caochao,zhaojiyun,Li Guilin.Non-rigid cutting of soft tissue: physical evidences of complex mechanical interaction process of soft materials.European Physical Journal Plus,2020,135(10)

caochao,zhaojiyun,dinghaigang.Continuous fracture of soft tissue under high-speed waterjet impact and its quantification method.Mechanics of Materials,2020,151

caochao,zhaojiyun,李桂林,dinghaigang,金欣,宋良辰.Separation Behaviour Difference Between Gelatin and Porcine Liver Under High-Speed Waterjet Impact,2019

caochao,zhaojiyun,dinghaigang.Separation behavioral differences between gelatin and porcine liver under high-speed waterjet impact.IEEE Access,2019,7:172021-172029

caochao,zhaojiyun,dinghaigang.Ventilation system arrangement in large cross-section tunnels：a CFD simulation based on direct initial concentration assessment.International Journal of Environmental Health Research,2019,29(5):489-499