发表论文： [1] Zhu XH., Cheng FL., Shi CS., liu WJ., Shi ZY., Investigating Rock Crushing under High-Load Impact via Cohesive Element Modeling[J]. Journal of the Brazilian Society of Mechanical Sciences and Engineering, 2025. [2] Zhu XH., Cheng FL., Shi CS., Failure Analysis and Ultimate Expansion Mechanical Behavior Analysis of Thin-Walled[J].Solid Expandable Tubular.SPE Journal,2024. [3] Zhu XH., Cheng FL., Shi CS., Research on collapse failure characteristics and theoretical prediction formulas of Solid expandable tubular[J]. Engineering Failure Analysis, 2022. [4] Zhu XH., Cheng FL., Shi CS., New design method of SET-Based on collapse strength under plastic formation[J].Engineering Failure Analysis, 2022. [5] Zhu XH., Cheng FL., Shi CS., Mechanical behavior of solid expandable tubular in curved borehole based on transverse beam bending theory[J]. Geoenergy Science and Engineering, 2023. [6] Zhu XH., Cheng FL., Shi CS., New Control Method of Casing Deformation in Shale Gas Slip Fault Based on Solid Expandable Tubular[J]. Arabian journal for science and engineering, 2023. [7] Zhu XH., Cheng FL., Shi CS., Mechanical Behavior and Failure Mechanism of Solid Expandable Tubular Crossing Active Strike-Slip Fault[J]. Arabian journalf or science and engineering, 2023. [8] Zhu XH., Cheng FL., Shi CS., Design And Analysis of Sealed Suspension Module Based on Solid Expandable Tubular Repair Technology[J]. Journal of Mechanical Science and Technology, 2020. [9] Zhu XH., Cheng FL., Shi CS., Mechanical Plugging — Solid Expandable Tubular Re-fracturing Technology[J]. Journal of Mechanical Science and Technology, 2020, [10] Shi CS.,Wang A., Zhu XH., Cheng FL. Casing Shear Deformation Mechanism and Prevention Measures of Multifault Slip Induced by Shale Gas Volume Fracturing[J],Journal of pipeline systems engineering and practice，2023. [11] 祝效华,程飞龙,石昌帅,等. 围压条件下花岗岩重载冲击破碎模式与破碎规律[J]. 石油学报,2025. [12] 祝效华,程飞龙,石昌帅,等. 多齿重载冲击下花岗岩裂纹萌生-扩展机理及布齿建议[J].天然气工业,2026. [13] 祝效华,程飞龙,石昌帅,等. 膨胀管塑性成型影响因素研究-孪生诱发塑性钢为例[C]//2020国际石油石化技术会议, 2020-08-26. 授权专利： [1] Zhu XH., Cheng FL., Shi CS., Patching Construction Method using A Hydraulic Variable- Grade Expansion Tool for Blocking During Drilling, US, US11,965,389 B2. [2]Zhu XH., Shi CS., Cheng FL., Hydraulic Oscillation Tool with Variable Stage, Small Pressure Drop and Strong Impact Based on Radio Frequency Identification, US,US11,846,138 B2. [3]祝效华,程飞龙,石昌帅，机械非线性控制的近钻头可变频增压震荡工具， ZL202111081322.X. [4]祝效华,程飞龙,石昌帅，一种用于随钻封堵的水力可变级膨胀工具及工艺方法，ZL202111443454.2. [5]祝效华,程飞龙,石昌帅，一种等井径膨胀管防失效复合膨胀工具，ZL202111443453.8. [6]祝效华,程飞龙,石昌帅，全智能可变频控制变压钻进工具，ZL202111082649.9. [7]祝效华,程飞龙,石昌帅，基于射频识别的智能控制冲击震荡工具，ZL202111082650.1. [8]祝效华,程飞龙,石昌帅，一种基于射频识别的水力可变级小压降强冲击震荡工具，ZL20211539733.9. [9]祝效华,程飞龙,石昌帅，一种非线性导向的无限级全通径固井滑套施工方法，ZL202210046541.2. [10]祝效华,程飞龙,石昌帅，一种减少岩屑反射下沉的新型稳定器，ZL202322401884.9. [11]祝效华,石昌帅,程飞龙，膨胀管设计与选型计算软件V1.0，2023SRO5303721. [12]祝效华,程飞龙,石昌帅,刘伟吉,童华，一种闭式动静压复合增速的高频重载液动冲击锤.ZL 2022 1 1421830.2. [13]祝效华,程飞龙,刘伟吉,石昌帅，一种差动增速的高频大冲击液动冲击锤.ZL 2022 1 1418230.0. [14]石昌帅,刘燚,祝效华,程飞龙,，一种膨胀管实验综合测试系统中的残余应力检测方法.ZL 202310553319.6 |
