顾朱浩Gu ZhuhaoGu Zhuhao顾朱浩
从海冰材料破坏到船–冰与海洋结构物相互作用：利用物质点法（MPM）研究海冰变形、裂纹演化、碎块分离及冰载荷响应。My research focuses on material point methods (MPM) for sea ice deformation, fracture, fragmentation, and interactions with ships and offshore structures.
代表性研究项目Featured Research
每个项目均配有独立页面，可补充论文、模拟结果、图片和演示视频。Each research project has a dedicated page for papers, results, images, and videos.
海冰变形与断裂模拟Sea Ice Fracture with MPM
三维显式物质点法、Drucker–Prager 弹塑性、软化损伤与裂纹演化。3D explicit MPM, Drucker–Prager plasticity, damage softening, and crack evolution.
查看项目View project ↗
船–冰相互作用与碎冰动力学Ship–Ice & Floe Dynamics
连续破冰、独立冰块多速度场求解、接触网络及冰载荷统计。Continuous icebreaking, floe-resolved multi-velocity fields, contact networks, and ice loads.
查看项目View project ↗
张力腿浮式风机平台优化Floating Wind TLP Optimization
基于 ANSYS AQWA 与多目标进化算法的结构参数、拖航稳性与系泊性能优化。Structural and mooring optimization with ANSYS AQWA, towing stability, and multi-objective search.
查看项目View project ↗关于我About Me
我主要从事海冰力学与计算力学相关研究，关注冰体在复杂加载条件下的弹塑性响应、脆性破坏以及海洋结构物所受冰载荷。My work sits at the intersection of ice mechanics and computational mechanics, with an emphasis on elastoplastic behavior, brittle fracture, and ice loads on marine structures.
研究方法包括物质点法（MPM）、海冰材料参数标定、数值收敛性验证、非均质随机场建模及破碎冰块运动分析。My methods include MPM, calibration and verification, numerical convergence analysis, stochastic material fields, and fragment-level dynamics.
这里将集中展示科研成果、数值模拟图像、视频和相关学术资源。This website presents research projects, simulation imagery, videos, and related academic resources.
研究重点Current Focus
教育经历、现任单位、学术链接等信息可在发布前进一步补充。Education, current affiliation, and scholarly links can be finalized before publication.
研究进展Research Updates
整理与展示基于 MPM 的海冰材料断裂及船–冰相互作用研究成果。Organizing results on MPM-based sea ice fracture and ship–ice interaction.
开展碎冰分辨多速度场 MPM 与冰块接触运动分析。Investigating floe-resolved, multi-velocity-field MPM and floe contact dynamics.
开展张力腿浮式风机平台多目标优化研究。Studying multi-objective optimization of tension-leg floating wind turbine platforms.
学术交流与合作Contact & Collaboration
欢迎围绕海冰力学、MPM、冰–结构相互作用及浮式海洋结构物展开交流。Open to discussions on ice mechanics, MPM, ice–structure interaction, and floating offshore structures.
Email: [Add your academic email] · Google Scholar: [Add link] · GitHub: [Add link]
公开发布前请将上面的占位符替换成真实联系方式。Replace the placeholders above with verified contact and profile links before publishing.