百晓学者学者目录

季顺迎

大连理工大学工业装备结构分析国家重点实验室

精选作品

期刊论文

  1. 于爽,陈晓东,季顺迎(2026). 冰层竖向破冰载荷的现场试验研究. 《工程力学》.
  2. 李国力,郭晓霞,王祥,刘璐,蔡贤辉,季顺迎(2026). 浮冰尺寸对上浮破冰过程中结构冰载荷影响的离散元分析. 《计算力学学报》.
  3. Qiujuan Fang, Haibo Dong, Shunying Ji, Lu Liu (2026). Parametric inversion of equivalent sea-ice bending-strength based on shipboard measurements and discrete element simulations. Ocean Engineering.DOI
  4. Shuang Yu, Xiaodong Chen, Anliang Wang, Qingkai Wang, Kai Sun, Knut V. Høyland, Qinglin Duan, Shunying Ji (2026). Experimental study on the flexural strength of sea ice during melt season in Central Arctic Regions. Cold Regions Science and Technology.DOI
  5. Xiaoying Cheng, Siqiang Wang, Michael Zhuravkov, Dongfang Liang, Shunying Ji (2026). An energy-conserving polyhedron–sphere discrete element method for bearing capacity evaluation of stone-filled embankments. Powder Technology.DOI
  6. Dongbao Yang, Jie Wu, Zhixiang Chen, Lu Liu, Shunying Ji (2026). A coupled SPH-DEM-FEM method and its application for the interaction between water, ice, and offshore structures. Ocean Engineering.DOI
  7. jie Wu, Zhaoxing Wang, Lu Liu, Zhi Pan, Hui Wang, Shunying Ji (2026). Power analysis of non-icebreaking ship in polar waters via coupled DEM-SPH model. Ocean Engineering.DOI
  8. Chao Wang, Chao Wang, Chunhui Wang, Chunhui Wang, Shunying Ji (2026). Ice–Structure Interaction in Marine Engineering. Journal of Marine Science and Engineering.DOI
  9. 王键伟,季顺迎,陈晓东,薛彦卓,韩端锋(2025). 基于径向基函数神经网络的极地船舶冰载荷远场识别方法. 《中国力学大会-2025摘要集(第一册)》.DOI
  10. 陈晓东,于爽,王燕舞,林龙,屈猛,季顺迎(2025). 北极点及高纬度海域海冰压缩强度的试验研究. 《力学学报》.
  11. 徐庆巍,王嗣强,季顺迎(2025). 基于Minkowski sum的柔性颗粒材料缓冲特性的离散元分析. 《中国力学大会-2025摘要集(第三册)》.DOI
  12. 张昊一,刘璐,季顺迎(2025). 直立海洋结构冰荷载的DEM-FEM-SPH耦合数值分析. 《中国力学大会-2025摘要集(第三册)》.DOI
  13. 田佳晖,卫志军,李典哲,季顺迎(2025). 寒区核电厂防治海冰措施数值模拟研究. 《水道港口》.
  14. 季顺迎,陈晓东(2025). 面向极地装备研发的类极地野外试验场建设与应用. 《中国力学大会-2025摘要集(第一册)》.DOI
  15. 顾赛男,孙凯,余朝歌,田于逵,季顺迎(2025). 基于强度稳定性理论的极地船舶结构极限强度分析. 《船舶力学》.
  16. 申利敏,卫志军,陆志妹,季顺迎,张大勇(2025). 舱壁结构抑制液体晃荡砰击的试验研究. 《船舶力学》.
  17. 马蕴涵,陈晓东,赵观辉,季顺迎,杨海天(2025). 基于深度学习的船基数字图像处理及海冰密集度识别研究. 《海洋学报》.
  18. Xiaoying Cheng, Siqiang Wang, Xiaoxia Guo, Michael Zhuravkov, Shunying Ji (2025). DEM modeling of polyhedral gravel particles and their mechanical response in runway applications. Powder Technology.DOI
  19. Guanhui Zhao, Cuina Zhao, Xiang Xia, Rui Lin, Shiqin He, Xiaodong Chen, Shunying Ji (2025). Study of Ice Load on Hull Structure Based on Full-Scale Measurements in Bohai Sea. Journal of Marine Science and Engineering.DOI
  20. Limin Shen, Zhijun Wei, Zhen Chen, Dayong Zhang, Shunying Ji (2025). Numerical study of the damping effect of floating particles on the free-surface flow using a coupled DEM-SPH method. Computational Particle Mechanics.DOI
  21. Kai Sun, Xiaodong Chen, Shunying Ji, Haitian Yang (2025). Risk Assessment Framework for Structural Failures of Polar Ship Under Ice Loads. Journal of Marine Science and Engineering.DOI
  22. Xiaodong Chen, Xiaodong Chen, Shuchang Guo, Qiguang Chen, Xiao Dong Chen, Xiaodong Chen, Shunying Ji (2025). Study of Antarctic Sea Ice Based on Shipborne Camera Images and Deep Learning Method. Remote Sensing.DOI
  23. Shiqin He, Xiaoxia Guo, Xiaodong Chen, Shunying Ji (2025). Identification of dynamic ice load and full-scale data analysis for ship structures based on Green's function method. Ocean Engineering.DOI
  24. Haoyi Zhang, Shunying Ji, Aleh Kanavalau, Lu Liu (2025). Ice loads on offshore wind turbine in sea ice based on DEM-FEM-SPH coupling model. Journal of Hydraulic Research.DOI
  25. Qiao Ting, Siqiang Wang, Shunying Ji (2025). A bonded polyhedral DEM model for irregular cemented granular materials based on energy-conserving contact theory. Granular Matter.DOI
  26. Qingwei Xu, Siqiang Wang, Shunying Ji (2025). A discrete element method for interaction between flexible meshes and irregularly shaped granular materials. Powder Technology.DOI
  27. Jinhui Jiang, Shiqin He, Herong Jiang, Xiaodong Chen, Shunying Ji (2025). Research on Sea Ice and Local Ice Load Monitoring System for Polar Cargo Vessels. Journal of Marine Science and Engineering.DOI
  28. Lu Liu, Ting Wang, Xue Long, Shunying Ji (2025). Deep-learning-based parametric calibration of discrete element method for the breakage simulation of sea ice. Computational Particle Mechanics.DOI
  29. Dazhong Li, Lu Liu, Yukui Tian, Shunying Ji (2025). Numerical analysis on failure mode of 3D columnar polycrystalline ice based on discrete element method. Engineering Fracture Mechanics.DOI
  30. Xu Zhang, Shunying Ji, Yang Feng, Yongjun Li, Chunfa Zhao (2025). A comparison on the effects of coal fines and sand fouling on the shear behaviors of railway ballast using large scale direct shear tests. Journal of Traffic and Transportation Engineering (English Edition).DOI
  31. Jianzhang Qi, Wei Chai, Chana Sinsabvarodom, Meng Cui, Xiaoliang Dou, Tiantian Zhu, Shunying Ji (2025). Static and dynamic stability of a polar ship in the arctic region with ice accumulation. Ocean Engineering.DOI
  32. 李继,王嗣强,王安良,季顺迎(2024). 极地海冰动力过程的多面体离散元方法. 《计算力学学报》.
  33. 吴捷,刘璐,田于逵,季顺迎(2024). 基于DEM-SPH流固耦合的冰区船舶快速性预报. 《船舶》.
  34. 李继,王嗣强,刘璐,季顺迎(2024). 基于多面体离散元方法的非规则海冰动力特性分析(英文). 《船舶力学》.
  35. 孔帅,何帅康,雷建奇,季顺迎(2024). 冰区船载荷识别不确定性的区间分析方法. 《船舶工程》.
  36. 张奥博,闯振菊,刘社文,李春郑,季顺迎,屈衍(2024). 极地半潜式海洋平台在不同环境载荷下的动态响应分析. 《船舶力学》.
  37. 张鑫奥,俞赟,杨冬宝,刘璐,季顺迎(2024). 冰块尺寸对碎冰区船舶结构冰阻力影响的离散元分析. 《计算力学学报》.
  38. 陆一木,季顺迎(2024). 随着全球气候的变暖破冰船在北极航道的战略意义. 《中国战略新兴产业》.
  39. 季顺迎(2024). 任意形态颗粒离散元方法. 《科学出版社》.
  40. Siqiang Wang, Qingwei Xu, Dongfang Liang, Shunying Ji (2024). A Novel Discrete Element Method for Smooth Polyhedrons and Its Application to Modeling Flows of Concave‐Shaped Particles. International Journal for Numerical Methods in Engineering.DOI
  41. Siqiang Wang, Lu Liu, Qingwei Xu, Dongfang Liang, Shunying Ji (2024). A unified Minkowski sum model for largely deformed granular materials with arbitrary morphologies. Computer Methods in Applied Mechanics and Engineering.DOI
  42. Fan Wu, Jia Wang, Qiao Ting, Siqiang Wang, Wen‐Cui Li, Guang‐Ping Hao, Shunying Ji, An‐Hui Lu (2024). Enhancing mechanical strength and porosity of alumina extrudates through composite processing. Powder Technology.DOI
  43. Tuo Li, Ke Cheng, Meiying Hou, Jinze Wu, Siqiang Wang, Shunying Ji, Yujie Wang, Zheng Peng, Hui Mei Yang (2024). The intruder motion in a cubic granular container. Physics of Fluids.DOI
  44. Zhijun Wei, Miao Yu, Dimitry A. Ivanov, Guoliang Zou, Shunying Ji (2024). Numerical study on the suppression of liquid sloshing with a square porous block. Ocean Engineering.DOI
  45. Wei Chai, Jianzhang Qi, Bernt Johan Leira, Chana Sinsabvarodom, Longxia Yang, Shunying Ji (2024). Extreme Value Analysis of Ship Roll Motion With Consideration of Ice Accumulation.DOI
  46. Xiang Wang, Lu Liu, Siqiang Wang, Shunying Ji (2024). Interaction between ice cover and floating platform simulated by dilated-polyhedron-based DEM. Ocean Engineering.DOI
  47. Xu Li, Jiawei Kuang, Shengqiang Jiang, Shunying Ji (2024). Bonded particle model for dilated polyhedron considering fracture modes and its application to lateral resistance of ballast bed in cold regions. Powder Technology.DOI
  48. Liang Li, Guangchun Han, Shunying Ji (2024). Statistical Analysis of Ice Load on Icebreaker Ship Based on Stochastic Ice Fields. Journal of Marine Science and Engineering.DOI
  49. Limin Shen, Zhijun Wei, Shunying Ji, Dimitry A. Ivanov (2024). Experimental investigation of the flip-through impact: The generation mechanism and statistical characteristics. Ocean Engineering.DOI
  50. 王祥,陈晓东,季顺迎(2023). 基于巴西盘试验的海冰破坏模式与拉伸强度研究. 《船舶力学》.
  51. 孔帅,崔洪宇,季顺迎(2023). 基于时域反卷积算法的动冰载荷识别模型开发与数值分析. 《2023年极地环境与装备学术研讨会暨第十届船舶力学学术委员会极地环境与装备学组工作会议论文集》.DOI
  52. 孙凯,刘璐,杨海天,季顺迎(2023). 基于船基海冰参数现场测量的极区船舶结构冰激疲劳损伤分析. 《中国造船》.
  53. 王键伟,袁奎霖,季顺迎(2023). 船舶结构冰载荷的监测识别方法及时空特性分析. 《中国造船》.
  54. 吴捷,刘璐,季顺迎(2023). 基于DEM-SPH耦合方法的冰区波浪衰减及冰层破碎特性分析. 《水动力学研究与进展A辑》.
  55. 王祥,胡冰,刘璐,季顺迎(2023). 冰区航行船舶冰阻力及六自由度运动响应的离散元分析. 《工程力学》.
  56. 何帅康,陈晓东,崔洪宇,季顺迎(2023). 基于实船测量的船舶结构冰激振动特性研究. 《振动与冲击》.
  57. 黎旭,严颖,薛一桢,季顺迎(2023). 含冰率影响下冻结道砟集料的三点弯曲试验研究. 《实验力学》.
  58. 邓恺其,王祥,季顺迎(2023). 极地吊舱推进船舶回转性能的离散元分析. 《海洋工程》.
  59. 季顺迎(2023). 船舶与海洋工程结构冰载荷 现场监测及应用 field monitoring and applications.
  60. 李典哲,刘璐,季顺迎(2023). 基于扩展多面体组合单元的非规则颗粒材料离散元方法. 《应用数学和力学》.
  61. 刘芸松,王嗣强,季顺迎(2023). 基于水平集-离散元方法的球谐函数颗粒材料缓冲性能分析. 《计算力学学报》.
  62. 李天泽,王嗣强,杨冬宝,季顺迎(2023). 非规则颗粒与滚筒球磨机相互作用的离散元–有限元耦合分析. 《上海理工大学学报》.
  63. 程晓颖,乔婷,秦建敏,季顺迎(2023). 复杂形态碎石颗粒的三维离散元模拟及试验验证. 《计算机辅助工程》.
  64. 季顺迎,王键伟,袁奎霖,张睿(2023). 极地船舶冰区航行中冰激结构疲劳的累积损伤分析. 《海洋学报》.
  65. Limin Shen, Zhijun Wei, Shunying Ji, Dayong Zhang (2023). Experimental study of liquid slamming in elastic rectangular tanks under the flip-through impact. Marine Structures.DOI
  66. Hanwen Cui, Honghua Zhao, Shunying Ji, Xingli Zhang, Waleed Awadalseed, Hongxiang Tang (2023). A machine learning model of liquid bridge force and its application in discrete element method. Construction and Building Materials.DOI
  67. Xue Long, Lu Liu, Shunying Ji (2023). Discrete Element Analysis of Ice-Induced Vibrations of Offshore Wind Turbines in Level Ice. Journal of Marine Science and Engineering.DOI
  68. D. Meng, Xiao Dong Chen, Zhijun Wei, Shunying Ji (2023). Prediction of flexural and uniaxial compressive strengths of sea ice with optimized recurrent neural network. Ocean Engineering.DOI
  69. Siqiang Wang, Dongfang Liang, Shunying Ji (2023). DEM study on mixing behaviors of concave-shaped particles in rotating drum based on level-set method. Powder Technology.DOI
  70. Yukui Tian, Dongbao Yang, Xuhao Gang, Chaoge Yu, Shunying Ji, Qianjin Yue (2023). Development of a Numerical Ice Tank Based on DEM and Physical Model Testing: Methods, Validations and Applications. Journal of Marine Science and Engineering.DOI
  71. Siqiang Wang, Qingwei Xu, Shunying Ji (2023). A novel Minkowski sum contact algorithm for arbitrarily shaped particles constructed by multiple dilated DEM models. International Journal of Solids and Structures.DOI
  72. Jianwei Wang, Xiaodong Chen, Kai Sun, Shunying Ji (2023). Far-field identification of ice loads on ship structures by radial basis function neural network. Ocean Engineering.DOI
  73. Yingbin Gu, Zhenju Chuang, Aobo Zhang, Ankang Hu, Shunying Ji (2023). Dynamic Response Analysis and Positioning Performance Evaluation of an Arctic Floating Platform Based on the Mooring-Assisted Dynamic Positioning System. Journal of Marine Science and Engineering.DOI
  74. Xingli Zhang, Da‐Shuai Zhang, Yifan Wang, Shunying Ji, Honghua Zhao (2023). Dynamic characteristics of sphere impact into wet granular materials considering suction. Granular Matter.DOI
  75. Michael Zhuravkov, Siarhei Lapatsin, Shunying Ji (2023). Complex limit state criterion for rock masses. Acta Mechanica Sinica.DOI
  76. Shunying Ji, Siqiang Wang (2023). Rheological behaviors of spherical granular materials based on DEM simulations. Acta Mechanica Sinica.DOI
  77. 王嗣强,乔婷,张林风,季顺迎(2022). 基于水平集接触算法的任意形态颗粒材料球谐离散元方法. 《中国科学:物理学 力学 天文学》.
  78. 林爽,王子威,张兴丽,邱鹏,季顺迎,赵红华(2022). 圆柱试件快速贯入石英砂的DEM模拟研究. 《中国力学大会-2021+1论文集(第一册)》.DOI
  79. 何帅康,陈晓东,张宝森,季顺迎(2022). 黄河轻型破冰船破冰过程中的冰载荷识别研究. 《中国力学大会-2021+1论文集(第一册)》.DOI
  80. 卫志军,刘铭飞,翟钢军,刘婷婷,季顺迎(2022). 流体砰击过程中水弹性统计特性研究. 《中国力学大会-2021+1论文集(第二册)》.DOI
  81. 黎旭,严颖,季顺迎(2022). 基于扩展多面体离散元-有限元耦合方法的有砟轨道动力特性研究. 《中国力学大会-2021+1论文集(第一册)》.DOI
  82. 王嗣强,薛一桢,Michael Zhuravkov,季顺迎(2022). 凹形多面体离散单元的水平集函数接触算法. 《计算力学学报》.
  83. 王祥,刘璐,杨海天,季顺迎(2022). 平整冰和碎冰区单桩锥体风电基础结构冰载荷离散元分析. 《应用力学学报》.
  84. 孟丁丁,陈晓东,季顺迎(2022). 基于循环神经网络的海冰弯曲强度预测分析. 《力学与实践》.
  85. 季顺迎(2022). 颗粒材料计算力学专辑序. 《计算力学学报》.
  86. 孔帅,田于逵,赵桥生,王迎晖,季顺迎(2022). 冰区船外板结构冰载荷监测识别方法及统计分析研究现状. 《船舶工程》.
  87. 刘圆,王键伟,巴越乔,季顺迎(2022). 冰区海上风机结构的冰激疲劳寿命分析. 《船舶工程》.
  88. 张祺,乔婷,季顺迎,厚美瑛(2022). 转动驱动圆角立方体颗粒有序堆积的离散元模拟. 《力学学报》.
  89. 何帅康,陈晓东,张宝森,王键伟,谢志刚,季顺迎(2022). 基于实船试验的河冰载荷特性研究. 《中国造船》.
  90. 黎旭,严颖,季顺迎(2022). 寒区铁路含冰率对碎石集料强度及变形特性影响试验研究. 《铁道科学与工程学报》.
  91. 朱红日,张普然,刘璐,季顺迎(2022). 冰脊形成过程的离散元模拟及影响因素分析. 《海洋通报》.
  92. 张培宣,陈晓东,孔帅,季少鹏,季顺迎(2022). 基于Hough变换原理的海冰厚度识别方法. 《海洋学报》.
  93. 屈衍,尹昊阳,闯振菊,刘大辉,季顺迎(2022). 新型北极冰区半潜式钻井平台及其系泊定位能力分析. 《中国海洋平台》.
  94. Ji Li, Ting Qiao, Shunying Ji (2022). General polygon mesh discrete element method for arbitrarily shaped particles and complex structures based on an energy-conserving contact model. Acta Mechanica Sinica.DOI
  95. Siqiang Wang, Zhijun Wei, Shunying Ji (2022). Investigation of the flow characteristics of spherical harmonic particles using the level set method. Powder Technology.DOI
  96. Xu Li, Ying Yan, Yizhen Xue, Shunying Ji (2022). Strain rate effect of frozen ballast aggregates under compression: Experiments and discrete element simulations. Transportation Geotechnics.DOI
  97. Jianwei Wang, Xiao Dong Chen, Qinglin Duan, Shunying Ji (2022). Eliminating the influence of measuring point failure in ice load identification of polar ship structures. Ocean Engineering.DOI
  98. Chengqian Zhang, Xiao Dong Chen, Shunying Ji (2022). Semantic image segmentation for sea ice parameters recognition using deep convolutional neural networks. International Journal of Applied Earth Observation and Geoinformation.DOI
  99. Siqiang Wang, Shunying Ji (2022). A unified level set method for simulating mixed granular flows involving multiple non-spherical DEM models in complex structures. Computer Methods in Applied Mechanics and Engineering.DOI
  100. Lu Liu, Jie Wu, Shunying Ji (2022). DEM–SPH coupling method for the interaction between irregularly shaped granular materials and fluids. Powder Technology.DOI
  101. Biyao Zhai, Lu Liu, Hung Tao Shen, Shunying Ji (2022). A numerical model for river ice dynamics based on discrete element method. Journal of Hydraulic Research.DOI
  102. Qiao Ting, Lu Liu, Shunying Ji (2022). Superquadric DEM-SPH coupling method for interaction between non-spherical granular materials and fluids. Particuology.DOI
  103. Qiao Ting, Ji Li, Shunying Ji (2022). A modified discrete element method for concave granular materials based on energy-conserving contact model. Theoretical and Applied Mechanics Letters.DOI
  104. An‐Liang Wang, Shunying Ji (2022). Flexural Strength of Sea Ice. Encyclopedia of Ocean Engineering.DOI
  105. Xue Long, Shewen Liu, Shunying Ji (2022). Size Effect and High-Pressure Zone of Sea Ice. Encyclopedia of Ocean Engineering.DOI
  106. 翟必垚,张宝森,刘璐,季顺迎(2021). 冰盖前缘冰坝形成及演进过程的离散元-水动力学耦合分析. 《水动力学研究与进展A辑》.DOI
  107. 季顺迎,田于逵(2021). 基于多介质、多尺度离散元方法的冰载荷数值冰水池. 《力学学报》.
  108. 何帅康,陈晓东,孔帅,季顺迎(2021). 基于动力效应的船体远场冰载荷测量与识别. 《中国舰船研究》.DOI
  109. 王键伟,陈晓东,何帅康,段庆林,季顺迎(2021). 失效测点影响下极地船舶结构冰载荷的有效识别方法. 《工程力学》.
  110. 李红霞,王莹,黄一,季顺迎(2021). 冰区浮式核电平台定位系统优化设计. 《哈尔滨工程大学学报》.
  111. 刘圆,张普然,刘璐,季顺迎(2021). 水底管道抛石加固过程的DEM-SPH耦合分析. 《计算力学学报》.
  112. 杨冬宝,季顺迎(2021). 螺旋桨对海冰切削作用的DEM-FEM耦合分析. 《海洋工程》.DOI
  113. 刘璐,曹晶,张志刚,季顺迎(2021). 冰区航行中船体结构冰压力分布特性的离散元分析. 《船舶力学》.
  114. 孔帅,季顺迎,季少鹏,王迎晖,刚旭皓(2021). 基于高性能离散元方法的极区浮式平台冰载荷数值分析. 《中国舰船研究》.DOI
  115. 孔帅,陈晓东,崔洪宇,季顺迎(2021). 船体结构冰载荷的远场识别方法及试验验证. 《船舶力学》.
  116. 季顺迎(2021). 颗粒材料计算力学专题序. 《力学学报》.
  117. 朱红日,季顺迎(2021). 冰脊压剪试验及其对直立结构冰载荷的离散元分析. 《力学与实践》.
  118. 黎旭,严颖,季顺迎(2021). 考虑道砟侵切土质路基的有砟轨道离散元-有限元耦合方法. 《固体力学学报》.DOI
  119. 孔帅,田于逵,崔洪宇,季顺迎(2021). 船体结构冰载荷的时域反卷积识别算法及信号采样周期选取. 《船舶力学》.
  120. 王莹,李红霞,黄一,季顺迎(2021). 冰区核电平台系泊设计及影响研究. 《船舶力学》.
  121. 孟丁丁,陈晓东,季顺迎(2021). 海冰弯曲强度及其破坏过程的试验研究. 《海洋通报》.
  122. 刘骥平,雷瑞波,宋米荣,徐世明,季顺迎,苏洁,李志军,王晓春,朱珠,杨朝渊(2021). 适应极地快速变化海冰模式的研发与挑战. 《大气科学学报》.DOI
  123. 张宝森,李春江,孙凯,范钦涛,季顺迎(2021). 基于数字图像处理技术的冰凌参数识别方法. 《人民黄河》.
  124. 翟必垚,张宝森,季顺迎,田治宗(2021). 基于离散元方法的河冰动力过程短期预测模型及应用. 《人民黄河》.
  125. Lu Liu, Shunying Ji (2021). Comparison of sphere-based and dilated-polyhedron-based discrete element methods for the analysis of ship–ice interactions in level ice. Ocean Engineering.DOI
  126. Honghua Zhao, Da‐Shuai Zhang, Cong Liu, An Deng, Shunying Ji (2021). Experimental investigation of rapid penetration of cylindrical rods into granular materials. Granular Matter.DOI
  127. Xu Li, Ying Chun Yan, Shunying Ji (2021). Mechanical properties of frozen ballast aggregates with different ice contents and temperatures. Construction and Building Materials.DOI
  128. Shunying Ji, Dongbao Yang (2021). Ice loads and ice-induced vibrations of offshore wind turbine based on coupled DEM-FEM simulations. Ocean Engineering.DOI
  129. Diego Berzi, Dalila Vescovi, Shunying Ji, Xikui Li, Stefan Luding (2021). Flow regimes and phase transitions in granular matter: multiscale modeling from micromechanics to continuum-editorial. Granular Matter.DOI
  130. Shaomin Liang, Shunying Ji (2021). Coordinated Time-Stepping Method for Coupled DEM–FEM–MBD Algorithm. International Journal of Computational Methods.DOI
  131. Lu Liu, Shunying Ji (2021). Dilated-polyhedron-based DEM analysis of the ice resistance on ship hulls in escort operations in level ice. Marine Structures.DOI
  132. Siqiang Wang, Zongyan Zhou, Shunying Ji (2021). Radial segregation of a gaussian-dispersed mixture of superquadric particles in a horizontal rotating drum. Powder Technology.DOI
  133. Lu Liu, Ji Li, Qizhen Sun, Chunhua Li, Sue Cook, Shunying Ji (2021). Modeling calving process of glacier with dilated polyhedral discrete element method. Acta Oceanologica Sinica.DOI
  134. Siqiang Wang, Shunying Ji (2021). Poly-superquadric model for DEM simulations of asymmetrically shaped particles. Computational Particle Mechanics.DOI
  135. Xue Long, Xiaodong Chen, An‐Liang Wang, Yu Liu, Shunying Ji (2021). Observation of Sea Ice Drift Characteristics with Marine Radar Images on an Offshore Platform in the Bohai Sea. Journal of Waterway Port Coastal and Ocean Engineering.DOI
  136. Shaomin Liang, Shunying Ji (2021). DEM-FEM Coupling Analysis of Safe Landing of Reentry Capsule Considering Landing Attitude and Rebound Response. Journal of Aerospace Engineering.DOI
  137. Shunying Ji, Shaomin Liang (2021). DEM-FEM-MBD coupling analysis of landing process of lunar lander considering landing mode and buffering mechanism. Advances in Space Research.DOI
  138. Bing Sheng Hu, Lu Liu, Deyu Wang, Shunying Ji (2021). GPU-Based DEM Simulations of Global Ice Resistance on Ship Hull During Navigation in Level Ice. China Ocean Engineering.DOI
  139. Xue Long, Lu Liu, Shewen Liu, Shunying Ji (2021). Discrete Element Analysis of High-Pressure Zones of Sea Ice on Vertical Structures. Journal of Marine Science and Engineering.DOI
  140. Gang Wu, Shuai Kong, Wenyong Tang, Ruibo Lei, Shunying Ji (2021). Statistical analysis of ice loads on ship hull measured during Arctic navigations. Ocean Engineering.DOI
  141. Xiao Dong Chen, An‐Liang Wang, Shunying Ji (2021). Comparative study of the brittle-ductile transition between level ice and rafted ice based on uniaxial compression experiments. International Journal of Materials and Structural Integrity.DOI
  142. 孔帅,季顺迎(2020). 基于广义接触模型的离散元方法及其对船体冰载荷的分析. 《海洋工程》.DOI
  143. 崔洪宇,胡大士,孔帅,季顺迎(2020). 基于正则化方法的雪龙号破冰船冰载荷反演的研究. 《中国造船》.
  144. 翟必垚,刘璐,张宝森,沈洪道,季顺迎(2020). 基于离散元方法与水动力学耦合的河冰动力学模型. 《水利学报》.DOI
  145. 李勇俊,严颖,赵春发,季顺迎(2020). 细小颗粒对道砟材料剪切性能影响的试验研究. 《实验力学》.
  146. 李勇俊,季顺迎(2020). 基于球形颗粒几何排列的离散元试样高效生成方法. 《应用力学学报》.
  147. 王键伟,段庆林,季顺迎(2020). 冰区航行中船舶结构冰载荷的现场测量与反演方法研究进展. 《力学进展》.
  148. 李想,李红霞,李志远,季顺迎,黄一(2020). 分离式冰区核电平台连接机构研究. 《2019年中国造船工程学会优秀学术论文集》.DOI
  149. 孙倩,孙文芳,李勇俊,季顺迎(2020). 道砟胶固化道床力学特性的离散元分析. 《计算机辅助工程》.DOI
  150. 陈晓东,崔海鑫,王安良,季顺迎(2020). 基于巴西盘试验的海冰拉伸强度研究. 《力学学报》.
  151. 刘璐,胡冰,季顺迎(2020). 破冰船引航下极地船舶结构冰荷载的离散元分析. 《水利水运工程学报》.
  152. Zhijun Wei, Gangjun Zhai, Ziming Wang, Wenyuan Wang, Shunying Ji (2020). An artificial intelligence segmentation method for recognizing the free surface in a sloshing tank. Ocean Engineering.DOI
  153. Shuai Kong, Hongyu Cui, Gang Wu, Shunying Ji (2020). Full-scale identification of ice load on ship hull by least square support vector machine method. Applied Ocean Research.DOI
  154. Yuxin Han, Hongxia Li, Zhiyuan Li, Yi Huang, Shunying Ji (2020). A Study on Ship Resistance in Ice Floes.
  155. Siqiang Wang, Qi Zhang, Shunying Ji (2020). GPU-based Parallel Algorithm for Super-Quadric Discrete Element Method and Its Applications for Non-Spherical Granular Flows. Advances in Engineering Software.DOI
  156. Siqiang Wang, Ying Chun Yan, Shunying Ji (2020). Transition of granular flow patterns in a conical hopper based on superquadric DEM simulations. Granular Matter.DOI
  157. Shuai Kong, Hongyu Cui, Yukui Tian, Shunying Ji (2020). Identification of ice loads on shell structure of ice-going vessel with Green kernel and regularization method. Marine Structures.DOI
  158. Lu Liu, Shunying Ji (2020). A new contact detection method for arbitrary dilated polyhedra with potential function in discrete element method. International Journal for Numerical Methods in Engineering.DOI
  159. Shunying Ji, Siqiang Wang, Zongyan Zhou (2020). Influence of particle shape on mixing rate in rotating drums based on super-quadric DEM simulations. Advanced Powder Technology.DOI
  160. Lu Liu, Puran Zhang, Peng Xie, Shunying Ji (2020). Coupling of dilated polyhedral DEM and SPH for the simulation of rock dumping process in waters. Powder Technology.DOI
  161. Siqiang Wang, Shunying Ji (2020). Flow characteristics of nonspherical granular materials simulated with multi-superquadric elements. Particuology.DOI
  162. Xiao Dong Chen, Knut V. Høyland, Shunying Ji (2020). Laboratory tests to investigate the initial phase of ice ridge consolidation. Cold Regions Science and Technology.DOI
  163. Shunying Ji, Xiaodong Chen, An‐Liang Wang (2020). Influence of the loading direction on the uniaxial compressive strength of sea ice based on field measurements. Annals of Glaciology.DOI
  164. Xue Long, Shewen Liu, Shunying Ji (2020). Breaking characteristics of ice cover and dynamic ice load on upward–downward conical structure based on DEM simulations. Computational Particle Mechanics.DOI
  165. Xue Long, Shewen Liu, Shunying Ji (2020). Discrete element modelling of relationship between ice breaking length and ice load on conical structure. Ocean Engineering.DOI
  166. Siqiang Wang, Dzianis E. MARMYSH, Shunying Ji (2020). Construction of irregular particles with superquadric equation in DEM. Theoretical and Applied Mechanics Letters.DOI
  167. Siqiang Wang, Michael Zhuravkov, Shunying Ji (2020). Granular flow of cylinder-like particles in a cylindrical hopper under external pressure based on DEM simulations. Soft Matter.DOI
  168. Michael Zhuravkov, Shunying Ji, Aleg Kanavalau (2020). Modeling of deformation processes in rock massif in the vicinity of underground goafs considering the formation of discontinuity zones. Theoretical and Applied Mechanics Letters.DOI
  169. O. L. Konovalov, Shunying Ji, Michael Zhuravkov (2020). Modified virtual internal bond model based on deformable Voronoi particles. Theoretical and Applied Mechanics Letters.DOI
  170. An‐Liang Wang, Shunying Ji (2020). Flexural Strength of Sea Ice. Encyclopedia of Ocean Engineering.DOI
  171. Xue Long, Shewen Liu, Shunying Ji (2020). Size Effect and High-Pressure Zone of Sea Ice. Encyclopedia of Ocean Engineering.DOI
  172. 王帅霖,刘社文,季顺迎(2019). 基于GPU并行的锥体导管架平台结构冰激振动DEM-FEM耦合分析. 《工程力学》.
  173. 龙雪,刘社文,季顺迎(2019). 水位变化对正倒锥体冰载荷影响的离散元分析. 《力学学报》.
  174. 李勇俊,严颖,季顺迎(2019). 不同载荷频率下有砟铁路道床累积沉降特性的离散元分析. 《计算力学学报》.
  175. 朱红日,季顺迎,刘璐(2019). 基于Voronoi切割算法的碎冰区构造及离散元分析. 《计算力学学报》.
  176. 刘璐,季顺迎(2019). 基于扩展多面体包络函数的快速接触搜索算法. 《中国科学:物理学 力学 天文学》.
  177. 梁绍敏,王永滨,王立武,武士轻,季顺迎(2019). 月球着陆器着陆过程的DEM-FEM耦合分析. 《固体力学学报》.DOI
  178. 王嗣强,季顺迎(2019). 基于CUDA-GPU架构的超二次曲面离散单元并行算法. 《应用数学和力学》.
  179. 刘璐,尹振宇,季顺迎(2019). 船舶与海洋平台结构冰载荷的高性能扩展多面体离散元方法. 《力学学报》.
  180. 刘璐,姜庆郁,季顺迎(2019). 基于扩展多面体单元的DEM-SPH耦合算法及应用. 《水动力学研究与进展A辑》.DOI
  181. 梁绍敏,王永滨,王立武,武士轻,刘欢,季顺迎(2019). 锥形物体对月壤冲击过程的试验及离散元分析. 《中国空间科学技术(中英文)》.
  182. 梁绍敏,王永滨,季顺迎(2019). 返回舱着陆姿态和动力响应的DEM-FEM耦合分析. 《计算机辅助工程》.DOI
  183. 陈晓东,王安良,Knut H?yland,季顺迎(2019). 海冰盐度影响下冰水热力过程的试验研究. 《海洋通报》.
  184. Zhuojia Fu, Zhuo-Yu Xie, Shunying Ji, Chia‐Cheng Tsai, Ai-Lun Li (2019). Meshless generalized finite difference method for water wave interactions with multiple-bottom-seated-cylinder-array structures. Ocean Engineering.DOI
  185. Shunying Ji, Siqiang Wang, Zheng Peng (2019). Influence of external pressure on granular flow in a cylindrical silo based on discrete element method. Powder Technology.DOI
  186. An‐Liang Wang, Zhijun Wei, Xiao Dong Chen, Shunying Ji, Yu Liu, Longbang Qing (2019). Brief communication: Full-field deformation measurement for uniaxial compression of sea ice using the digital image correlation method. ˜The œcryosphere.DOI
  187. Lu Liu, Shunying Ji (2019). Bond and fracture model in dilated polyhedral DEM and its application to simulate breakage of brittle materials. Granular Matter.DOI
  188. Honghua Zhao, Zhang Jin, Peng Yuan Qiu, Shunying Ji (2019). Hierarchical Modeling Method for DEM Simulation and Its Application in Soil–Pile–Cap Interaction and Impact Case. International Journal of Geomechanics.DOI
  189. Shunying Ji, Xiaodong Chen, Lu Liu (2019). Coupled DEM‐SPH Method for Interaction between Dilated Polyhedral Particles and Fluid. Mathematical Problems in Engineering.DOI
  190. 季顺迎(2018). 材料力学.
  191. 陈晓东,王安良,Knut H?yland,季顺迎(2018). 瞬态传热下冰的热力学过程及相变特性. 《水科学进展》.
  192. 邵帅,吕泉江,严颖,季顺迎(2018). 铁路道床有砟-无砟过渡段动力特性的DEM-FEM耦合分析. 《计算力学学报》.
  193. 王嗣强,季顺迎(2018). 考虑等效曲率的超二次曲面单元非线性接触模型. 《力学学报》.
  194. 龙雪,季顺迎,王跃方(2018). 红沿河核电站取水口海冰堆积特性的离散元分析. 《海洋工程》.
  195. 龙雪,宋础,季顺迎,王跃方(2018). 锥角对锥体结构抗冰性能影响的离散元分析. 《海洋工程》.
  196. 陈晓东,王安良,季顺迎(2018). 海冰在单轴压缩下的韧-脆转化机理及破坏模式. 《中国科学:物理学 力学 天文学》.
  197. 陈晓东,Knut Hyland,王安良,季顺迎(2018). 自然对流条件下冰水界面换热系数的试验研究. 《海洋学报》.
  198. Shunying Ji, Shuailin Wang (2018). A Coupled Discrete–Finite Element Method for the Ice-Induced Vibrations of a Conical Jacket Platform with a GPU-Based Parallel Algorithm. International Journal of Computational Methods.DOI
  199. Yongjun Li, Shunying Ji (2018). A geometric algorithm based on the advancing front approach for sequential sphere packing. Granular Matter.DOI
  200. Siqiang Wang, Yinuo Fan, Shunying Ji (2018). Interaction between super-quadric particles and triangular elements andits application to hopper discharge. Powder Technology.DOI
  201. Honghua Zhao, Jin Zhang, Peng Yuan Qiu, Shunying Ji (2018). A New Method Based on PFC3D and Hierarchical Modeling for Pile Foundation Analysis. Sustainable civil infrastructures.DOI
  202. Shuailin Wang, Shunying Ji (2018). Coupled DEM–FEM Analysis of Ice-Induced Vibrations of a Conical Jacket Platform Based on the Domain Decomposition Method. International Journal of Offshore and Polar Engineering.DOI
  203. Xiao Dong Chen, An‐Liang Wang, Shunying Ji (2018). The study on Brittle-ductile transition mechanism and failure mode of sea ice under uniaxial compression. Zhongguo kexue. Wulixue Lixue Tianwenxue.DOI
  204. Lu Liu, Shunying Ji (2018). Ice load on floating structure simulated with dilated polyhedral discrete element method in broken ice field. Applied Ocean Research.DOI
  205. Xue Long, Shunying Ji, Yuefang Wang (2018). Validation of microparameters in discrete element modeling of sea ice failure process. Particulate Science And Technology.DOI
  206. CHEN Xiaodong, Anliang Wang, Knut Høyland, Ji Shunying (2018). Thermodynamics processes and solidification characteristics of ice under transient condition. DOAJ (DOAJ: Directory of Open Access Journals).DOI
  207. 严颖,赵金凤,季顺迎(2017). 块石含量和空间分布对土石混合体抗剪强度影响的离散元分析. 《工程力学》.
  208. 严颖,赵春发,李勇俊,季顺迎(2017). 铁路道砟破碎特性的离散元分析. 《计算力学学报》.
  209. 王嗣强,季顺迎(2017). 考虑等效曲率半径影响的超二次曲面离散元非线性接触模型. 《中国力学大会-2017暨庆祝中国力学学会成立60周年大会论文集(C)》.
  210. 杨坤,陈晓东,周宏奎,陈卓,季顺迎(2017). 颗粒冰与钛合金冻结强度的剪切试验分析. 《计算力学学报》.
  211. 狄少丞,季顺迎,薛彦卓(2017). 船舶在平整冰区行进过程的离散元分析. 《海洋工程》.DOI
  212. 马国军,马红艳,季顺迎(2017). 力学相关成果引入材料力学教学的探索与实践. 《力学与实践》.
  213. 季顺迎,王帅霖,刘璐(2017). 极区船舶及海洋结构冰荷载的离散元分析. 《科技导报》.
  214. 梁绍敏,王永滨,季顺迎(2017). 基于离散元方法的月球着陆器冲击月壤过程分析. 《航天返回与遥感》.
  215. 杨坤,翟必垚,季顺迎(2017). 喷雾冻结冰弯曲强度与单轴压缩强度试验研究. 《中国民航大学学报》.
  216. 王帅霖,季顺迎(2017). 锥体导管架海洋平台冰激振动的DEM-FEM耦合分析及高性能算法. 《海洋学报》.
  217. 李辉辉,张宝森,翟必垚,季顺迎(2017). 基于离散元方法的竖直群桩冰荷载分析. 《南水北调与水利科技(中英文)》.
  218. 季顺迎,孙珊珊,陈晓东(2016). 颗粒材料剪切流动状态转变的环剪试验研究. 《力学学报》.
  219. 孔帅,季顺迎(2016). 极区浮式平台结构冰荷载的离散元分析. 《2016年全国环境力学学术研讨会》.
  220. 邵帅,严颖,季顺迎(2016). 土工格栅加强下有砟铁路道床动力特性的离散元-有限元耦合分析. 《固体力学学报》.
  221. 王帅霖,狄少丞,季顺迎(2016). 多桩锥体海洋平台结构冰荷载遮蔽效应离散元分析. 《海洋工程》.
  222. 蔡柯,季顺迎(2016). 平整冰与船舶结构相互作用的离散元分析. 《船舶与海洋工程》.
  223. 李勇俊,季顺迎(2016). 球形颗粒几何构造随机排列方法. 《2016年全国环境力学学术研讨会摘要集》.
  224. 李锡夔,季顺迎,张俊波,刘君,唐洪祥(2016). “地质体渐近破坏过程的演化机理及计算模型”2010年度报告. 《科技资讯》.
  225. 严颖,赵金凤,季顺迎(2016). 道砟材料累积沉降量和形变模量的离散元分析. 《铁道科学与工程学报》.
  226. 季顺迎,顾纵棋,王安良,刘煜(2016). 基于海洋油气平台上雷达连续监测的海冰漂移特性分析. 《海洋通报》.
  227. 王宇新,张驰,狄少丞,季顺迎,霍运理,郭禾(2016). 海冰与海洋平台碰撞分析中的可视化方法. 《计算机辅助工程》.
  228. 王安良,许宁,毕祥军,季顺迎(2016). 卤水体积和应力速率影响下海冰强度的统一表征. 《海洋学报》.
  229. Shunying Ji (2016). Discrete Element Modeling of Ice Loads on Ship and Offshore Structures. Springer proceedings in physics.DOI
  230. Lin Liu, Shanshan Sun, Shunying Ji (2016). Interaction Between Floater and Sea Ice Simulated with Dilated Polyhedral DEM. Springer proceedings in physics.DOI
  231. Chi Zhang, Yuxin Wang, Yulong Wang, Yulong Wang, Yulong Wang, Lu Liu, Shunying Ji, He Guo (2016). Computing Framework of Large-Scale Dilated Polyhedral DEM Particles Simulation Based on GPU. Springer proceedings in physics.DOI
  232. Ning Xu, X. Long, Shunying Ji, Xiaodon Wang, H. Chen, Zhao Yu, Zhiwei Xu, W. Chen (2016). DEM Simulation of Rubble Ice Accumulation in Front of Water Intake Area of Nuclear Power Plant. Springer proceedings in physics.DOI
  233. Youhan Li, Shunying Ji (2016). Sphere Packing Based on Geometric Algorithm Generation Method. Springer proceedings in physics.DOI
  234. Shuai Shao, Ying Chun Yan, Shunying Ji (2016). Combined Discrete–Finite Element Modeling of Ballasted Railway Track Under Cyclic Loading. International Journal of Computational Methods.DOI
  235. Jiancheng Jessie Liu, Xiangyang Liu, Yingying Chen, Xue Long, Shunying Ji (2016). Numerical Simulations of Ice Loads on Fixed and Floating Offshore Structures using the Discrete Element Method. Arctic Technology Conference.DOI
  236. Shunying Ji, S. Sun, Ying Chun Yan (2016). Discrete element modeling of dynamic behaviors of railway ballast under cyclic loading with dilated polyhedra. International Journal for Numerical and Analytical Methods in Geomechanics.DOI
  237. Wenxiang Xu, Huaifa Ma, Shunying Ji, Huisu Chen (2016). Analytical effective elastic properties of particulate composites with soft interfaces around anisotropic particles. Composites Science and Technology.DOI
  238. Shunying Ji, Shaocheng Di, Xue Long (2016). DEM Simulation of Uniaxial Compressive and Flexural Strength of Sea Ice: Parametric Study. Journal of Engineering Mechanics.DOI
  239. Hongxiang Tang, Xing Zhang, Shunying Ji (2016). Discrete element analysis for shear band modes of granular materials in triaxial tests. Particulate Science And Technology.DOI
  240. Xue Ran, Yuxin Wang, He Guo, Chi Zhang, Shunying Ji (2016). Performance Optimization of a DEM Simulation Framework on GPU Using a Stencil Model. Lecture notes in computer science.DOI
  241. 张驰,王宇新,季顺迎,刘璐,郭禾(2015). 异构高性能计算平台上大规模粒子模拟的可视化框架. 《中国力学大会-2015》.
  242. 王帅霖,季顺迎(2015). 海冰作用下多桩腿海洋平台的离散元-有限元耦合振动分析. 《中国力学大会-2015》.
  243. 季顺迎,狄少丞,刘璐(2015). 离散元方法在寒区海洋工程中应用. 《中国力学大会-2015》.
  244. 邵帅,严颖,季顺迎(2015). 土工格栅加固作用下有碴道床动力特性的离散元-有限元耦合分析. 《中国力学大会-2015》.
  245. 刘璐,龙雪,季顺迎(2015). 基于扩展多面体的离散单元法及其作用于圆桩的冰载荷计算. 《力学学报》.
  246. 刘璐,季顺迎(2015). 考虑等效节点载荷的扩展多面体离散元及其对连续-非连续过程的模拟. 《中国力学大会-2015》.
  247. 邵帅,周国丰,王帅霖,季顺迎(2015). 基于离散元-有限元模型的冰激锥体海洋平台结构振动分析. 《计算力学学报》.
  248. 孙珊珊,严颖,赵春发,季顺迎(2015). 往复荷载下铁路道砟沉降特性的扩展多面体离散元分析. 《铁道学报》.
  249. 赵红华,季顺迎,段庆林(2015). 如何从导师的角度提高和改进研究生的创新教育. 《教育教学论坛》.
  250. 季顺迎,王安良,米丽丽,刘煜,李宝辉(2015). 海冰动力过程的改进离散元模型及在渤海的应用. 《海洋学报》.
  251. Shunying Ji, Shaocheng Di, Shewen Liu (2015). Analysis of ice load on conical structure with discrete element method. Engineering Computations.DOI
  252. Y T Feng, Xikui Li, Yuanqiang Tan, Shunying Ji (2015). Guest editorial. Engineering Computations.DOI
  253. Mustafa I. Alsaleh, Ching S. Chan, Ali Daouadji, Usama El Shamy, Mahdia Hattab, Pierre‐Yves Hicher, Matthew R. Kuhn, Shunying Ji, Бо Ли, Shuiqing Li, Anil Kumar Misra, Jean-Noël Roux, Antoinette Tordesillas, Xu Yang, Zhen‐Yu Yin, Zhanping You, Mourad Zeghal, Jidong Zhao (2015). Report on recent trends in granular mechanics.
  254. Shunying Ji, Shanshan Sun, Ying Chun Yan (2015). Discrete Element Modeling of Rock Materials with Dilated Polyhedral Elements. Procedia Engineering.DOI
  255. 季顺迎,赵金凤,狄少丞,孙珊珊(2014). 面向环境力学的离散元分析软件研发和工程应用. 《计算机辅助工程》.
  256. 季顺迎,孙珊珊,狄少丞(2014). 环境力学中非规则颗粒单元的构造及应用. 《2014颗粒材料计算力学会议论文集》.
  257. 邵帅,季顺迎(2014). 块石空间分布对土石混合体边坡稳定性的影响. 《工程力学》.
  258. 季顺迎,樊利芳,李健(2014). 颗粒物质缓冲性能的临界厚度及影响因素的离散元分析. 《第二届全国颗粒材料计算力学会议(CMGM-2014)》.
  259. 严颖,邵帅,季顺迎(2014). 有碴铁路道床动力学特性的离散元-有限元耦合方法. 《第二届全国颗粒材料计算力学会议(CMGM-2014)》.
  260. 严颖,赵金凤,季顺迎(2014). 细沙贯入下铁路道碴材料抗剪强度的离散元分析. 《第二届全国颗粒材料计算力学会议(CMGM-2014)》.
  261. 狄少丞,许宁,季顺迎(2014). 海冰与锥体海洋平台结构相互作用的离散元分析. 《第二届全国颗粒材料计算力学会议(CMGM-2014)》.
  262. 王宇新,霍运理,狄少丞,季顺迎(2014). 海冰与海洋平台结构碰撞分析中的可视化方法. 《第二届全国颗粒材料计算力学会议(CMGM-2014)》.
  263. 季顺迎,赵金凤(2014). 含石量对土石混合体压桩承载力影响的离散元分析. 《计算力学学报》.
  264. 狄少丞,季顺迎(2014). 海冰与自升式海洋平台相互作用GPU离散元模拟. 《力学学报》.
  265. 王帅霖,邵帅,季顺迎(2014). 冰激海洋平台结构振动的离散元-有限元耦合分析. 《2014颗粒材料计算力学会议论文集》.
  266. 季顺迎(2014). 寒区海洋工程中离散元方法的应用. 《2014年全国环境力学学术研讨会论文摘要集》.
  267. 王安良,许宁,季顺迎(2014). 渤海沿岸海冰单轴压缩强度的基本特性分析. 《海洋工程》.
  268. 赵金凤,严颖,季顺迎(2014). 基于离散元模型的土石混合体直剪试验分析. 《固体力学学报》.
  269. 季顺迎,王安良,刘宏亮(2014). 渤海海冰侧限压缩强度的影响因素分析. 《海洋通报》.
  270. 赵红华,季顺迎,段庆林(2014). 纽约州布法罗大学的研究生创新教育. 《教育教学论坛》.
  271. Ying Chun Yan, Jinfeng Zhao, Shunying Ji (2014). Discrete element analysis of breakage of irregularly shaped railway ballast. Geomechanics and Geoengineering.DOI
  272. Shaocheng Di, Shunying Ji, Jiancheng Liu, Han-Chang Yu (2014). Discrete Element Method Helps Determine Load Levels for Ice-Capable Jackups. OTC Arctic Technology Conference.DOI
  273. LI Baohui, Hai Li, Yu Liu, An‐Liang Wang, Shunying Ji (2014). A modified discrete element model for sea ice dynamics. Acta Oceanologica Sinica.DOI
  274. 季顺迎,李紫麟,李春花,张林(2013). 碎冰区海冰与船舶结构相互作用的离散元分析. 《应用力学学报》.
  275. 季顺迎,狄少丞,李正,毕祥军(2013). 海冰与直立结构相互作用的离散单元数值模拟. 《工程力学》.
  276. 李勇俊,何佰传,陈晓东,季顺迎(2013). 基于离散单元法的窄轨煤车卸煤特性研究. 《中国力学大会——2013论文摘要集》.
  277. 李紫麟,刘社文,季顺迎(2013). 基于离散元模拟的船体结构冰载荷分析. 《中国力学大会——2013论文摘要集》.
  278. 李紫麟,刘煜,孙珊珊,卢云亮,季顺迎(2013). 船舶在碎冰区航行的离散元模型及冰载荷分析. 《力学学报》.
  279. 赵红华,季顺迎,段庆林(2013). 浅谈水平思考法在培养研究生创新思维方面的价值和应用. 《教育教学论坛》.
  280. 季顺迎,李鹏飞,刘宏亮,苏洁(2013). 渤海莱州湾和黄河口附近海冰剪切强度的试验研究. 《海洋通报》.
  281. 季顺迎,陈晓东,刘煜,唐茂宁,刘宗勋,王宇新(2013). 基于油气平台的海冰雷达监测图像处理及冰速测量. 《海洋学报》.
  282. 季顺迎,刘宏亮,许宁,马红艳(2013). 渤海海冰断裂韧度试验. 《水科学进展》.
  283. Ji Shunying, Shaocheng Di, Zheng Li, Xiangjun Bi (2013). DISCRETE ELEMENT MODELLING OF INTERACTION BETWEEN SEA ICE AND VERTICAL OFFSHORE STRUCTURES. Engineering Mechanics.DOI
  284. Shunying Ji, Zilin Li, Chunhua Li, Jie Shang (2013). Discrete element modeling of ice loads on ship hulls in broken ice fields. Acta Oceanologica Sinica.DOI
  285. Jie Su, Bo Yang, Ling Du, Shunying Ji (2013). Monitoring Thin Ice Thickness by Upward-looking Sonar in Bohai Sea. International Journal of Offshore and Polar Engineering.
  286. Shunying Ji, Hongliang Liu, Peng-fei Li, Jie Su (2013). Experimental Studies on the Bohai Sea Ice Shear Strength. Journal of Cold Regions Engineering.DOI
  287. Shunying Ji (2013). Probability analysis of contact forces in quasi-solid-liquid phase transition of granular shear flow. Science China Physics Mechanics and Astronomy.DOI
  288. Ying Chun Yan, Pengfei Li, Shunying Ji (2013). Buffer capacity of granular matter to impact of spherical projectile based on discrete element method. Frontiers of Structural and Civil Engineering.DOI
  289. Shunying Ji, Shaocheng Di (2013). Discrete element modeling of acoustic emission in rock fracture. Theoretical and Applied Mechanics Letters.DOI
  290. Shunying Ji, Xiaodong Chen, Pengfei Li, Ying Dong Yan (2013). Granular matter: A special buffer for impact load. AIP conference proceedings.DOI
  291. Ji Shunying, LIU Hongliang, XU Ning, MA Hongyan (2013). Experiments on sea ice fracture toughness in the Bohai Sea. DOAJ (DOAJ: Directory of Open Access Journals).DOI
  292. 贾晓峰,刘鹏亮,毕祥军,季顺迎(2012). 压水堆核电站燃料传输系统抗震性能有限元分析. 《核科学与工程》.
  293. 常新正,王宇新,狄少丞,郭禾,季顺迎(2012). 基于GPU的颗粒离散元并行计算. 《2012颗粒材料计算力学会议》.
  294. 季顺迎,武金瑛,马红艳(2012). 力学史知识在材料力学教学中的结合与实践. 《高等理科教育》.
  295. 李正,刘社文,季顺迎(2012). 锥体结构冰荷载的离散元分析. 《2012颗粒材料计算力学会议》.
  296. 陈晓东,毕祥军,季顺迎(2012). 颗粒物质由层流向紊流转变的环剪试验研究. 《2012颗粒材料计算力学会议》.
  297. 严颖,狄少丞,苏勇,季顺迎(2012). 风沙影响下铁路道碴变形模量的离散元数值分析. 《计算力学学报》.
  298. 李鹏飞,严颖,季顺迎(2012). 颗粒物质缓冲性能的离散元模拟. 《2012颗粒材料计算力学会议》.
  299. 季顺迎,李春花,刘煜(2012). 海冰离散元模型的研究回顾及展望. 《极地研究》.
  300. 马红艳,季顺迎(2011). 力学史融入理论力学课程建设的若干思考. 《科学殿堂的力学之光——第五届全国力学史与方法论学术研讨会文集》.
  301. 屈衍,季顺迎,时忠民(2011). 海洋深水浮式平台现场监测研究进展. 《第十五届中国海洋(岸)工程学术讨论会论文集(上)》.
  302. 季顺迎,王安良,车啸飞,岳前进(2011). 锥体导管架海洋平台冰激结构振动响应分析. 《海洋工程》.
  303. 季顺迎,孙其诚,严颖(2011). 颗粒物质剪切流动的类固-液转化特性及相变图的建立. 《中国科学:物理学 力学 天文学》.
  304. 孙其诚,程晓辉,季顺迎,金峰(2011). 岩土类颗粒物质宏-细观力学研究进展. 《力学进展》.
  305. 马红艳,洪明,季顺迎(2011). 完善基础力学竞赛机制 培养高素质精英型人才. 《教育教学论坛》.
  306. 季顺迎,苏勇,严颖(2011). 含沙铁路道碴弹性模量和沉降量的试验研究. 《铁道科学与工程学报》.
  307. 季顺迎(2011). 工程海冰数值模型及应用. 《科学出版社》.
  308. 季顺迎,王安良,王宇新,李海,岳前进(2011). 渤海海冰现场监测的数字图像技术及其应用. 《海洋学报》.
  309. 季顺迎,王安良,苏洁,岳前进(2011). 环渤海海冰弯曲强度的试验测试及特性分析. 《水科学进展》.
  310. Shunying Ji, An‐Liang Wang, Jie Su, Qianjin Yue (2011). Experimental Studies on Elastic Modulus and Flexural Strength of Sea Ice in the Bohai Sea. Journal of Cold Regions Engineering.DOI
  311. Qicheng Sun, Shunying Ji (2011). A Pair Correlation Function Characterizing the Anisotropy of Force Networks. Chinese Physics Letters.DOI
  312. 季顺迎,孙其诚(2010). 颗粒物质的类固-液转变特性及相变图. 《第七届全国液体和软物质物理学术会议程序册及论文摘要集》.
  313. 贾晓峰,周国丰,毕祥军,季顺迎(2010). 大型压水堆核电站换料机的强度分析. 《核科学与工程》.
  314. 严颖,季顺迎(2009). 颗粒形态对离散介质剪切强度的影响. 《中国力学学会学术大会'2009》.
  315. 孙珊珊,苏勇,季顺迎(2009). 颗粒滚动-滑动转换机制及摩擦系数的试验测试. 《中国力学学会学术大会'2009》.
  316. 王安良,刘煜,季顺迎(2009). 海冰动力过程的离散元数值模拟. 《中国力学学会学术大会'2009》.
  317. 严颖,季顺迎(2009). 碎石料直剪实验的组合颗粒单元数值模拟. 《应用力学学报》.
  318. Ying Yan, Shunying Ji (2009). Discrete element modeling of direct shear tests for a granular material. International Journal for Numerical and Analytical Methods in Geomechanics.DOI
  319. Ying Chun Yan, Shunying Ji (2009). Energy Conservation in a Granular Shear Flow and Its Quasi-Solid-Liquid Transition. Particulate Science And Technology.DOI
  320. Shunying Ji, Daniel M. Hanes, Hayley H. Shen (2009). Comparisons of physical experiment and discrete element simulations of sheared granular materials in an annular shear cell. Mechanics of Materials.DOI
  321. 季顺迎,武金瑛,金立强(2008). “材料力学”课程中创新意识和实践能力的培养. 《高等理科教育》.
  322. 李海,季顺迎,沈洪道,王瑞学,岳前进(2008). 海冰动力学的混合拉格朗日-欧拉数值方法. 《海洋学报》.
  323. 季顺迎,王安良,李海,岳前进 (2008). Mechanical and numerical models for sea ice dynamics on small-meso scale. Advances in Polar Science.
  324. Shunying Ji, Hayley H. Shen (2008). Internal parameters and regime map for soft polydispersed granular materials. Journal of Rheology.DOI
  325. 王刚,李海,季顺迎,岳前进,吕和祥(2007). 基于光滑质点流体动力学的海冰热力-动力数值模式. 《水科学进展》.
  326. 季顺迎(2007). 非均匀颗粒材料的类固-液相变行为及本构方程. 《力学学报》.
  327. 王刚,岳前进,李海,季顺迎,吕和祥(2007). 基于SPH方法的渤海海冰动力学数值模拟. 《大连理工大学学报》.
  328. 王瑞学,季顺迎,岳前进(2006). 海冰动力学数值模拟中改进的PIC方法. 《计算力学学报》.
  329. 王刚,季顺迎,吕和祥,岳前进(2006). 海冰的广义双剪粘弹塑性本构模型. 《数学·力学·物理学·高新技术研究进展——2006(11)卷——中国数学力学物理学高新技术交叉研究会第11届学术研讨会论文集》.
  330. 王刚,季顺迎,吕和祥,岳前进(2006). 广义双剪粘弹塑性本构模型在渤海海冰动力学中的应用. 《应用力学学报》.
  331. 王刚,季顺迎,吕和祥,岳前进(2006). 粘弹-塑性海冰动力学本构模型中的Drucker-Prager屈服准则. 《工程力学》.
  332. Gang Wang, Shunying Ji, He-xiang Lv, Qianjin Yue (2006). Drucker-Prager Yield Criteria in Viscoelastic-Plastic Constitutive Model for the Study of Sea Ice Dynamics. Journal of Hydrodynamics.DOI
  333. Shunying Ji, Hayley H. Shen (2006). Effect of Contact Force Models on Granular Flow Dynamics. Journal of Engineering Mechanics.DOI
  334. Shunying Ji, Hayley H. Shen (2006). Characteristics of temporalspatial parameters in quasisolid-fluid phase transition of granular materials. Chinese Science Bulletin.DOI
  335. 季顺迎,岳前进(2005). 海冰动力学中本构模型研究的若干进展. 《力学进展》.
  336. 季顺迎,沈洪道,王志联,奚海莉,岳前进(2005). 基于Mohr-Coulomb准则的黏弹-塑性海冰动力学本构模型. 《海洋学报》.
  337. 王瑞学,季顺迎,SHEN Hung tao,岳前进 (2005). Modified PIC Method for Sea Ice Dynamics. China Ocean Engineering.
  338. 季顺迎,岳前进,王瑞学(2004). 海冰动力学数值方法研究进展. 《地球科学进展》.
  339. 季顺迎,岳前进,赵凯(2003). 渤海海冰动力学的质点网格法数值模拟. 《水动力学研究与进展A辑》.
  340. 岳前进,季顺迎,于学兵(2003). 局地海冰数值预测的冰激结构响应计算. 《海洋工程》.
  341. 季顺迎,王瑞学,毕祥军,岳前进(2003). 海冰拖曳系数的确定方法研究. 《冰川冻土》.
  342. 季顺迎,岳前进(2003). 辽东湾锥体平台结构疲劳冰荷载的蒙特卡洛模拟. 《海洋学报》.
  343. 季顺迎,岳前进,姚征(2002). 渤海海冰动力学中的粘弹塑性本构模型. 《水科学进展》.
  344. 季顺迎,岳前进,毕祥军(2002). 辽东湾JZ20-2海域海冰参数的概率分布. 《海洋工程》.
  345. 季顺迎,岳前进(2001). 辽东湾区域性漂移海冰的SPH数值模拟. 《水利水运工程学报》.
  346. 季顺迎(2001). 渤海海冰数值模拟及其工程应用. 《大连理工大学》.
  347. 季顺迎,岳前进,毕祥军 (2001). Heat Transfer Coefficient between Ice Cover and Water in the Bohai Sea. Marine Science Bulletin.
  348. 岳前进,毕祥军,季顺迎,张涛(2000). 航海雷达识别与跟踪海冰试验. 《大连理工大学学报》.

预印本

  1. Oleg Konovalov, Lu Liu, Shunying Ji (2026). Thin Ice DEM Model Based on Smoothed Elements: A 2.5-Dimensional DEM Approach for Ice–Structure Interaction Simulation.DOI
  2. Xiang Wang, Lu Liu, Wenjun Luo, Jie Wu, Shunying Ji (2026). Discrete Element Analysis for Ice Load on Ship Hull of Six-Degrees-of-Freedom. SSRN Electronic Journal.DOI
  3. Xiao Dong Chen, Qiguang Chen, Chengqian Zhang, Weiping Yu, Shunying Ji (2025). Rt-Icenet: A Lightweight Neural Network of Sea Ice Segmentation for Onboard Camera Images. SSRN Electronic Journal.DOI
  4. Xiaodong Chen, Sainan Gu, Hui Wang, Weiping Yu, Shunying Ji (2025). Investigating the Elastic Behavior of the Double-Shell Structure Under Ice Loads. SSRN Electronic Journal.DOI

书籍章节

  1. Siqiang Wang, Shunying Ji (2024). Introduction. Springer tracts in mechanical engineering.DOI
  2. Siqiang Wang, Shunying Ji (2024). Superquadric DEM Model Based on Functional Representations. Springer tracts in mechanical engineering.DOI
  3. Siqiang Wang, Shunying Ji (2024). High Performance Computation and DEM Software Development. Springer tracts in mechanical engineering.DOI
  4. Siqiang Wang, Shunying Ji (2024). Multi-superquadric and Poly-superquadric DEM Models. Springer tracts in mechanical engineering.DOI
  5. Siqiang Wang, Shunying Ji (2024). Arbitrarily Shaped DEM Model Based on Level Set Method. Springer tracts in mechanical engineering.DOI
  6. Siqiang Wang, Shunying Ji (2024). Smoothed Polyhedral DEM Model Based on Minkowski Sum Algorithm. Springer tracts in mechanical engineering.DOI
  7. Siqiang Wang, Shunying Ji (2024). DEM Analysis of Flow Characteristics of Non-spherical Particles. Springer tracts in mechanical engineering.DOI
  8. Shunying Ji, Lu Liu (2020). Constructions of Irregular Shaped Particles in the DEM. Springer tracts in mechanical engineering.DOI
  9. Shunying Ji, Lu Liu (2020). High Performance Algorithm and Computing Analysis Software of DEM Based on GPU Parallel Algorithm. Springer tracts in mechanical engineering.DOI
  10. Shunying Ji, Lu Liu (2020). Fluid-Solid Coupling Analysis of Granular Materials. Springer tracts in mechanical engineering.DOI
  11. Shunying Ji, Lu Liu (2020). Contact Force Models for Granular Materials. Springer tracts in mechanical engineering.DOI
  12. Shunying Ji, Lu Liu (2020). DEM Analysis of Mechanical Behaviors of Railway Ballast. Springer tracts in mechanical engineering.DOI
  13. Shunying Ji, Lu Liu (2020). DEM Analysis of Ice Loads on Offshore Structures and Ship Hull. Springer tracts in mechanical engineering.DOI
  14. Shunying Ji, Lu Liu (2020). DEM Analysis of Vibration Reduction and Buffering Capacity of Granular Materials. Springer tracts in mechanical engineering.DOI
  15. Shunying Ji, Lu Liu (2020). Macro-Meso Analysis of Stress and Strain Fields of Granular Materials. Springer tracts in mechanical engineering.DOI
  16. Shunying Ji, Lu Liu (2020). Introduction. Springer tracts in mechanical engineering.DOI
  17. Shunying Ji, Lu Liu (2020). Coupled DEM-FEM Analysis of Granular Materials. Springer tracts in mechanical engineering.DOI

书籍

  1. Siqiang Wang, Shunying Ji (2024). Computational Mechanics of Arbitrarily Shaped Granular Materials. Springer tracts in mechanical engineering.DOI
  2. Shunying Ji, Lu Liu (2020). Computational Granular Mechanics and Its Engineering Applications. Springer tracts in mechanical engineering.DOI

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