Shear box for simulating motion characteristics of active fault

• 1. 一种用于模拟活动断层运动特性的剪切盒 [P] . 中国专利： CN111982708B . 2021.06.01
• 2. 一种用于模拟活动断层运动特性的剪切盒 [P] . 中国专利： CN111982708A . 2020-11-24
• 3. SHEAR BOX OF SHEAR RHEOLOGY EXPERIMENT OF A SOFT ROCK FOR SIMULATING THE COUPLING OF THE RAINFALL SEEPAGE AND BLASTING VIBRATION [P] . US2021123842A1 . 2021-04-29

  机译： 剪切盒流变学实验软岩，模拟降雨渗流和爆破振动的耦合

• 4. Model-based fault detection and isolation for intermittently active faults with application to motion-based thruster fault detection and isolation for spacecraft [P] . 美国专利： US7451021B2 . 2008-11-11

  机译： 基于模型的间歇性活动故障检测与隔离，在基于运动的推进器故障检测与隔离中的应用

• 5. Model-based fault detection and isolation for intermittently active faults with application to motion-based thruster fault detection and isolation for spacecraft [P] . 美国专利： US2005143873A1 . 2005-06-30

  机译： 基于模型的间歇性活动故障检测与隔离，在基于运动的推进器故障检测与隔离中的应用

• 1. A new early-warning prediction system for monitoring shear force of fault plane in the active fault [J] . Manchao He, Yu Wang, Zhigang Tao 岩石力学与岩土工程学报：英文版 . 2010,第003期
• 2. A new early-warning prediction system for monitoring shear force of fault plane in the active fault [J] . Manchao He, Yu Wang, Zhigang Tao 岩石力学与岩土工程学报（英文版） . 2010,第003期
• 3. Velocity Structure Beneath Active Faults and Seismic Tectonic Characteristics in the Beijing Area [J] . Gao Zhanwu, Chen Qifu, Huang Jinli, 中国地震研究（英文版） . 2011,第001期
• 4. Velocity Structure Beneath Active Faults and Seismic Tectonic Characteristics in the Beijing Area [J] . Gao Zhanwu, Chen Qifu, Huang Jinli, 中国地震研究：英文版 . 2011,第001期
• 5. GPR measurements to assess the characteristics of active faults in Mongolia: GPR and active faults in Mongolia [J] . Maksim BANO, Jean-Remi DUJARDIN, Antoine SCHLUPP, 電子情報通信学会技術研究報告. 宇宙·航行エレクトロニクス. Space, Aeronautical and Navigational Electronics . 2017,第222期
• 6. Strain localisation within ductile shear zones beneath active faults: The Alpine Fault contrasted with the adjacent Otago fault system, New Zealand [J] . Richard J. Norris Earth, planets and space: EPS . 2004,第12期
• 7. Characteristics of Near-Fault Ground Motions by Dynamic Thrust Faulting: Two-Dimensional Lattice Particle Approaches [J] . Baoping Shi, James N. Brune Bulletin of the Seismological Society of America . 2005,第6期
• 8. Soil-Pipe Interaction Models for Simulating the Mechanical Response of Buried Steel Pipelines Crossing Active Faults [C] . G. C. Sarvanis, J. Ferino, S. A. Karamanos, International ocean and polar engineering conference;International Society of Offshore and Polar Engineers . 2016
• 9. Active faults and earthquake ground motions in Oregon. [D] . Pezzopane, Silvio K. 1993
• 10. Characteristics of insufficiently active participants that benefit from health-enhancing physical activity (HEPA) promotion programs implemented in the sports club setting [O] . Linda Ooms, Chantal Leemrijse, Dorine Collard, 2018
• 11. Strain localisation within ductile shear zones beneath active faults: The Alpine Fault contrasted with the adjacent Otago fault system, New Zealand [O] . Richard J. Norris 2014
• 12. Model-based fault detection and isolation for intermittently active faults with application to motion-based thruster fault detection and isolation for spacecraft [R] . 2008

• 1. Prediction of near-field strong ground motions for scenario earthquakes on active fault [J] . 王海云 ,谢礼立 ,陶夏新 . 地震工程与工程振动：英文版 . 2006,第1期
• 2. 青藏高原东北缘活动断裂剪切模量及应力状态数值模拟 [C] . 石富强 ,邵志刚 ,占伟 . 中国地震预报论坛——2018学术交流会 . 2018
• 3. 由跨断层连续形变资料分析新疆天山地区断层运动特征与地震活动的关系 [A] . 刘冠中 . 2006