个人简介
胡楠，华南理工大学教授、土木与交通学院副院长，国家海外高层次青年人才项目入选者。曾先后在美国密歇根州立大学、达特茅斯学院、俄亥俄州立大学求学、任教，于2020年4月回国，进入华南理工大学，先后担任智能建造专业负责人、土木工程系系主任、学校教务处副处长（挂职）、广东省现代土木工程技术重点实验室副主任、学院副院长（本科教学与国际交流）等职务。主要从事多学科背景下新型结构体系与材料的开发。主要研究领域为新材料结构与新功能结构，目前主要研究方向围绕3D打印复合材料结构、超材料结构、多稳态结构、可适应结构的智慧化设计与建造。主要致力于新材料结构、数字化建造和交叉力学等领域的科研教学工作。 科学研究方面，主持或参与包括美国国家自然科学基金等10余项研究，在PNAS、Advanced Functional Materials、Nature Communications、Matter等SCI期刊发表论文80余篇，总引用量超2500余次，授权中国发明专利30余件，参与获批广东省科技进步奖二等奖、广东省土木建筑学会科学技术奖一等奖、中国公路学会科技进步二等奖等；担任中国土木工程学会先进工程材料分会理事、美国土木工程师学会模块化建造等多个分委会委员，是Science合作子刊《Research》等期刊的青年编委，以及包括Nature在内70余个SCI期刊审稿人。 教书育人方面，长期在一线开展教学和管理，年均为本科生及研究生授课超200学时，持续打造科教与产教融合型深度学习课堂。担任中国土木工程学会教育工作委员会委员，广东省高等教育学会教育教学专业委员会第二届理事会理事，主持和参与校级以上教改项目18项，作为第一指导教师在中国研究生创新大赛等各类省级以上学科竞赛中获奖28项，主要教研教改成果获华南理工大学教学新秀奖和教学创新大赛特等奖，相关科普活动获得Nature专栏报道。指导多项优秀本科毕业设计，多名研究生国家奖学金获得者。曾获国家本科教学成果二等奖1项、广东省本科教学成果二等奖3项（牵头1项）、校级本科教学成果奖3项。
教育经历
2003.09 – 2007.06 湖南大学，土木工程学士，桥梁工程方向 2007.09 – 2010.05 中南大学，土木工程硕士，桥梁与隧道工程方向 2010.10 – 2011.06 清华大学，研究助理，土木工程系，结构工程方向 2011.08 – 2014.05 美国密歇根州立大学，工程力学硕士，固体力学方向 2011.08 – 2015.08 美国密歇根州立大学，土木工程博士，结构工程与力学方向 2015.08 – 2017.06 美国达特茅斯学院，博士后研究员，固体力学与生物力学方向
招生信息
- 专业学位硕导,土木与交通学院,085900,土木水利,建筑与土木工程
- 学术型博导,土木与交通学院,081400,土木工程,结构工程
- 学术型硕导,土木与交通学院,081400,土木工程,结构工程
工作经历
- 2020年4月~至今,华南理工大学土木工程系
- 2017年9月~2020年1月,美国俄亥俄州立大学土木、环境与大地测绘系
社会、学会及学术兼职
美国土木工程协会ASCE结构工程分部(SEI)结构仿生(Bio-inspired Structure)分委会委员 模块化装配式建筑分委会委员 工程力学分部(EMI)结构稳定(Stability)分委会委员 建构化材料(Architected Materials)分委会委员 中国土木工程学会教育工作委员会委员 中国土木工程学会先进工程材料分会理事 中国土木工程学会太空分会理事 中国硅酸盐学会建筑固废学术委员会委员 广东省铁道学会第七届理事会理事 广东省高等教育学会教育教学专业委员会第二届理事会理事 Science合作子刊《Research》青年编委 Nature旗下子刊《Scientific Reports》青年编委 清华大学主办的《Journal of Intelligent Construction》青年编委 《Frontier in Mechanics of Materials》评阅编委 《Engineering Structures》增材制造结构专题首席客座编辑 华南理工大学广东省现代土木工程技术重点实验室副主任 数字设计与智能建造未来实验室负责人 Science, Nature等70个国际权威SCI期刊特约审稿人。 美国科学促进会(AAAS)、美国土木工程师协会(ASCE)、美国机械工程师协会(ASME) 世界桥梁工程师协会(IABSS)、世界壳结构工程师协会(IASS)、世界仿生工程协会(IEBE)等多个学术组织的会员
研究领域
结构无处不在，无论是高高矗立的埃菲尔铁塔还是进入人体的医疗机器人。科技发展对高性能材料结构的需求始终存在，但在当前多元的时代，对任何产品的功能性要求也越加多样。在这个大背景下，我们课题组致力于推动结构工程在多尺度和多学科的无尽前沿，基于“材料-结构-功能”一体化设计理念，以超构材料为研究对象，探索其几何可重构和属性可调节的作用机理，并利用先进设计和建造手段，开发面向多领域多场景多尺度应用的新材料结构。三个主要研究方向包括： 研究方向一：超构复合材料结构的设计理论与强韧协同机理 针对超构复合材料结构一体化研究，本人带领团队建立并完善了超构增强水泥基复合材料的设计理论，评估其在轴压、受剪、受弯、疲劳和冲击等荷载作用下的力学性能和破坏模式，揭示了此类材料结构的相互作用和失效机理，并初步提出了材料结构一体化设计方法，探索了将其用于桥梁墩柱防护，轻量化桥面板、桥梁伸缩缝修复等场景中。目前正在进行的课题包括：(1) 超构增强水泥基复合材料; (2) 基于多稳态单元的复合耗能材料; (3) 轻量化点阵结构在土木工程中的应用探索 研究方向二：异形曲面材料结构的数字化设计与3D打印建造 未来土建行业一个重要的趋势就是数字化。以人工智能和增材制造为代表的新兴技术，已经逐渐开始渗透在各个学科领域分支。对于材料和结构设计，基于人工智能的计算材料科学也在悄然兴起。因此，我们课题组也在关注如何利用大数据和前沿的机器学习算法帮助我们快速地表征材料属性，亦或是协助我们反向设计出高性能、低碳化、定制化的材料结构。另一方面，在面向宏观尺度智能建造方面，机器人辅助设计也是一大热点领域。我们团队也在关注如何巧妙利用机械臂等工具，建造出经过人工智能算法优化后的材料结构。针对复杂结构设计建造一体化研究，我们团队深入开展3D打印材料工艺参数和打印路径对复合材料受力性能的影响机理，研发适用于大尺度异型曲面3D打印的优化算法与装备，探索针对异型、曲面和非标准材料结构的建模框架，结合机器学习等方法提升设计建造评估效率，在古建筑局部修复和异型构件加固方面进行了初步探索。 研究方向三：跨尺度多场耦合的结构功能一体化设计 未来建筑和城市对智慧化的要求正在与日俱增。建筑是否也可以像瑞士军刀一样，处理多个任务，应对复杂荷载条件亦或是多重复杂环境。随着智慧城市的推进和工程结构多功能属性的需求，未来工程设计正在朝着提升适应性甚至自适应性的方向迅速发展。但目前大部分工程结构仍具有比较固化的结构形式，和很多生物结构相比，对环境条件的自我调节能力还有很大差距。近期，针对结构功能一体化相关研究，本人通过在校内外的跨学科合作，重点尝试将超构材料结构应用于不同尺度和场景中，将结构化材料设计方法与纳米材料、气凝胶、软材料等材料结合，构建兼具力学性能和特定功能的复合体，特别是固体和流体耦合场景中，对微流发电、功能性透水，智能机器人抓取、人体冲击防护、智能可穿戴等场景进行了一些原创性和基础性的探索。
课题组主页：https://www.x-mol.com/groups/vsl B站平台：https://space.bilibili.com/2040235889 ORCID: http://orcid.org/0000-0003-3536-8414 ResearchGate: https://www.researchgate.net/profile/Nan_Hu11 Google Scholar: http://scholar.google.com/citations?user=zCPL0F0AAAAJ&hl=en
课题组长期招收具有土木、力学、材料及机械等相关专业博士毕业生加盟课题组开展博士后科研工作。优先考虑具有计算力学、固体力学、计算力学、机器学习、智能建造、智能器件、拓扑优化、3D打印和新功能材料等研究背景的申请人。若有意向，请发简历及两篇代表性成果至胡教授邮箱nanhu026@scut.edu.cn取得联系。
开授课程
本科生 理论力学（全英）：20春 材料力学（全英）：20秋、21秋、22秋、23秋、24秋、25秋 结构艺术：22春 材料建构化设计与建造：21春、23秋、24秋、25秋 工程结构智能建造：22秋、23秋、24秋、25春 土木工程概论：23秋、24秋、25秋 结构智能化设计工作坊：23秋、24秋、25秋 3D打印设计工作坊：23秋、24秋、25秋 学术与工程创新前沿：25秋
研究生 现代桥梁设计原理：21春、22春 3D打印材料与结构：23春、24春、25春 FRP Composite in Civil and Marine Engineering: 24秋
科研项目
2025.01 - 2025.12 工程结构增材精准修复与全流程数智评估方法，中央高校基本科研业务费创新团队建设项目 2024.01 - 2026.12 亚热带建筑与城市科学全国重点实验室自主课题（重点项目），面向近海工程结构物韧性提升的超材料设计理论与能量耗散机理研究 2024.01 - 2026.12 广东省自然科学基金面上项目，面向极端荷载工况的建构化复合材料结构失效机理与设计理论 2022.06 - 2024.05 广东省人工智能与数字经济广东实验室（广州），“基于新一代人工智能的城市多灾害环境与基础设施时空信息集成方法研究” 2021.01 - 2023.12 国家自然科学基金委员会, 青年科学基金项目，“基于结构化材料调控耗能属性的可适应结构作用机理和设计方法研究” 2020.04 - 2023.04 海外高层次人才引进计划青年项目 2018.11 - 2019.11 俄亥俄州大应用植物科学中心资助项目，“基于玉米秸秆的可持续复合材料全寿命设计” 2018.09 - 2020.09 俄亥俄州大应用材料科学中心资助项目，“可渗透混凝土在水上浮岛栖息地开发应用” 2016.12 - 2017.09 Facebook，“剪切式柔性压电薄膜在双向触觉通讯系统中的应用” 2016.09 - 2020.09 美国国立卫生研究院(National Institutes of Health), “3D柔性压电薄膜在植入式起搏器产能中的应用(Implantable Cardiac Power Generation Using Flexible 3D Porous Thin Films)” 2015.08 - 2019.07 美国自然科学基金, “基于柱壳结构屈曲的智能机械系统 (Tailoring of the Elastic Postbucking Response of Cylindrical Shells: A Route for Exploiting Instabilities in Mechanical Systems)” 2014.08 - 2019.07 美国自然科学基金, 1408506， “用于能量采集设备的机械等效响应放大器和频率调制器(Mechanically-equivalent Response Amplifiers and Frequency Modulators for Energy-harvesting Devices)” 2009.08 - 2013.08 美国密歇根州交通部, 2009-0746/Z2， “混凝土桥面板寿命预测模型的开发(Probabilistic Modeling of Concrete Bridge Decks Deterioration due to Chloride-induced Corrosion)”
论文
- Kang, Lan;Du, Wenjie;Hu, Nan;Liu, Xinpei;Sun, Wei;Yuan, Lijun,Effects of heat-affected zone on cyclic behaviour of laser-cladding-produced stainless-clad bimetallic steels,Thin-Walled Structures,2026
- Li, Jiachen;Feng, Yuliang;Chen, Shufan;Chen, Ruizhi;Ma, Ruiqi;Xiong, Lu;Hu, Nan,On-demand curvilinear extrusion-based robotic arm printing enabled by tunable surfaces of elastic gridshell base,Additive Manufacturing,2025
- Zhu, Lu;Lin, Yangsheng;Ma, Ruiqi;Li, Jiachen;Yin, Meishan;Li, Yunquan;Zhao, Dongdong;Hu, Nan*,Tailoring cell geometry and assembly of modular origami tube for programmable biaxial response under static and impact loads,Extreme Mechanics Letters,2025
- 张园;杜涛;宋丹青;林福生;胡楠;虞将苗,废塑料干法改性对沥青混合料抗裂性能影响及其机理分析,材料导报,2025
- 胡楠,Exploiting meta-aggregate in functional composites for a balanced permeability and strength trade-off,Construction and Building Materials,2025
- Liang, Chuanwei;Liu, Jiayang;Lin, Shikun;Gao, Yunlong;Zou, Xun;Wang, Wenqi;Chen, Fangyu;Hu, Nan;Li, Yunquan;Zhang, Yuan-Fang,3D-Printed Shape-Memory Polymer-Based Variable-Stiffness Origami Actuator for Multimodal Soft Continuum Robots,ACS Applied Materials & Interfaces,2025
- Li, Binbin;He, Hucheng;Xuan, Kai;Fu, Juan;Zhang, Jian;Yao, Xianhua;Hu, Nan,Sustainable designs and multifunctional fusion of contemporary power plant buildings: case studies in Southern China,Journal of Asian Architecture and Building Engineering,2025
- 胡楠,Minimizing manufacturing-induced response uncertainty of extrusion-based architected lattice under compression,Progress in Additive Manufacturing,2025
- Gan, Zhantu;Mao, Weining;He, Qianpeng;Tang, Hao;Wang, Yifan;Hu, Nan,Failure mechanism and tunable mechanical responses of structured fabrics,Composites Communications,2025
- Xie, Binglin;Huang, Huansheng;Jigu, Xuemei;Huang, Liangyu;Cai, Jinchi;Zhang, Haiyan;Hu, Nan,Static and impact response of meter-scale architected lattice-reinforced cementitious composite beams,Engineering Structures,2025
- Zhang, Qi;Li, Xiaozhong;Lin, Chusen;Jin, Peng;He, Qi;Hu, Nan;Zhou, Binzhen,Experimental study on the combined effects of geometric asymmetry and partial reflection wall on the power performance of a wave energy converter,Energy,2025
- 项聪;王怡;罗家祥;胡楠,高深知识视域下大学深度学习课堂构建探索与实践,高等工程教育研究,2025
- Zhao, Haiyang;Zha, Qian;Ma, Ruiqi;Ma, Wenqian;Zhang, Ao;Zhang, Yuan;Hu, Nan,Exploiting meta-aggregate in functional composites for a balanced permeability and strength trade-off,Construction and Building Materials,2025
- Yao, Xianhua;Liu, Ke;Dong, Qing;Li, Xuanyou;Ma, Chunfeng;Hu, Nan,Tunable and recoverable energy absorption of foam-embedded architected cellular composite material at multiple strain rates,Composite Structures,2024
- Chen, Baixi;Mao, Weining;Lin, Yangsheng;Ma, Wenqian;Hu, Nan*,Manufacturing-induced stochastic constitutive behaviors of additive manufactured specimens: testing, data-driven modeling, and optimization,Rapid Prototyping Journal,2024
- Yao, Xianhua;Dong, Qing;Li, Xuanyou;Hu, Nan*,Design and Characterization of Architected Cellular Composite Material Embedded with Strain Rate Dependent Foam,2024
- Xie, Binglin;Tian, Ruitong;Zhao, Haiyang;Ye, Tongtong;Zhang, Yuan;Hu, Nan,Controlling crack propagation in layered beams with architected lattice-reinforced composite interlayer designs,Construction and Building Materials,2024
- Zicheng Zhuang;Fengming Xu;Junhong Ye;Nan Hu;Liming Jiang;Yiwei Weng,Author Correction: A comprehensive review of sustainable materials and toolpath optimization in 3D concrete printing,npj Materials Sustainability,2024
- Lin, Yangsheng;Zhu, Lu;Chen, Yimu;Wu, Kai;Xiong, Lu;Hu, Nan,An enhanced spatial extrusion method to manufacture large-scale thermoplastic lattice structures,Additive Manufacturing,2024
- Hu, Nan;Block, Philippe;Carstensen, Josephine;Zhang, X. Shelly;Feng, Peng;Ng, Ching Tai,Editorial for special issue on additively manufactured structures,Engineering Structures,2024
- Wang, Xinwei;Zhao, Yinghao;Wang, Zhihao;Hu, Nan*,An ultrafast and robust structural damage identification framework enabled by an optimized extreme learning machine,Mechanical Systems and Signal Processing,2024
- Ma, Wenqian;Dong, Qing;Zhao, Haiyang;Li, Xuanyou;Xiong, Lu;Hu, Nan,Mechanics-guided manufacturing optimization framework to enhance the strength of architected lattice made from recycled plastic wastes,Additive Manufacturing,2024
- Cheng, Jianfeng;Yao, Xianhua;Zhang, Zhipeng;Tan, Yizhong;Hu, Nan;Ma, Chunfeng;Zhang, Guangzhao,Intelligent anti-impact elastomers by precisely tailoring the topology of modular polymer networks,Materials Horizons,2024
- Li, Zhixiong;Ye, Tongtong;Li, Xuanyou;Dong, Qing;Zha, Qian;Hu, Nan,Influence of Manufacturing Factors on the Mechanical Properties of 3D-Printed Soft Architected Composite,2024
- Yao, Xianhua;Zhao, Haiyang;Ma, Ruiqi;Hu, Nan*,Manipulating localized geometric characteristics in multistable energy-absorbing architected materials,Thin-Walled Structures,2024
- Cheng, Jianfeng;Yao, Xianhua;Zhang, Zhipeng;Tan, Yizhong;Hu, Nan;Ma, Chunfeng;Zhang, Guangzhao,Intelligent anti-impact elastomers by precisely tailoring the topology of modular polymer networks,Materials Horizons,2024
- Li, Zhixiong;Xie, Chengshuang;Li, Feng;Wu, Di;Hu, Nan,Heterogeneous geometric designs in auxetic composites toward enhanced mechanical properties under various loading scenarios,COMPOSITES COMMUNICATIONS,2023
- Xie, Binglin;Yao, Xianhua;Mao, Weining;Rafiei, Mohammad H.;Hu, Nan*;Xie B.;Yao X.;Mao W.;Rafiei M.H.;Hu N.*,High-efficient low-cost characterization of composite material properties using domain-knowledge-guided self-supervised learning,Computational Materials Science,2023
- Xie Binglin;Li Xinyue;Zhao Xinyu;Hu Nan,Tunable properties and responses of architected lattice-reinforced cementitious composite components induced by versatile cell topology and distributions,Composite Structures,2023
- Li Zhixiong;Xie Chengshuang;Li Feng;Wu Di;Hu Nan,Heterogeneous geometric designs in auxetic composites toward enhanced mechanical properties under various loading scenarios,Composites Communications,2023
- Su, Chaohao;Yuan, Meiqin;Fan, Yi;Zhu, Lu;Hu, Nan,Parametric design and modular construction of a large additive-manufactured hypar shell structure,Architectural Intelligence,2023
- Ye, Xijun;Cao, Yongjie;Liu, Airong;Wang, Xinwei;Zhao, Yinghao;Hu, Nan,Parallel convolutional neural network toward high efficiency and robust structural damage identification,Structural Health Monitoring,2023
- Liu Tianchang;Gan Zhantu;Yin Yiwei;Zhao Dongdong;Hu Nan,Modular shape-switching architected materials toward programmable acoustic properties,Extreme Mechanics Letters,2023
- Chen, Man;Yao, Xianhua;Zhu, Lu;Yin, Meishan;Xiong, Yan;Hu, Nan,Geometric design and performance of single and dual-printed lattice-reinforced cementitious composite,CEMENT & CONCRETE COMPOSITES,2023
- Xie, Binglin;Li, Xinyue;Zhao, Xinyu;Hu, Nan,Tunable properties and responses of architected lattice-reinforced cementitious composite components induced by versatile cell topology and distributions,Composite Structures,2023
- Li, Zhixiong;Liu, Pan;Chen, Baixi;Ye, Tongtong;Zhang, Yuan-Fang;Hu, Nan,Influence of manufacturing factors on compressive behavior of soft architected composite with a 3D-printed cellular core,Mechanics Research Communications,2023
- Leong, Zee;Chen, Rongsheng;Xu, Zijie;Lin, Yangsheng;Hu, Nan,Robotic arm three-dimensional printing and modular construction of a meter-scale lattice facade structure,Engineering Structures,2023
- Peng, Shan;Xie, Binglin;Wang, Yanlei;Wang, Mi;Chen, Xiaoxin;Ji, Xiaoyu;Zhao, Chenyang;Lu, Gang;Wang, Dianyu;Hao, Ruiran;Wang, Mingzhan;Hu, Nan;He, Hongyan;Ding, Yulong;Zheng, Shuang,Low- grade wind- driven directional flow in anchored droplets,Proceedings of the National Academy of Sciences,2023
- Yu, Chi;Xie, Binglin;Yao, Xianhua;Hu, Nan;Guo, Jianhua;Jiang, Xinghua;Smith, Andrew T.;Sun, Luyi,Cabbage-like flexible fluororubber/carbon aerogel hybrids with negative Poisson's ratios and excellent microwave absorption,Matter,2023
- Yao, Xianhua;Chen, Man;Zhao, Junxian;Zhang, Yunlan;Hu, Nan,Tailoring plastic deformation of metallic architected materials toward multi-stage energy dissipations,Materials and Design,2022
- Ding, Yang;Huang, Xixian;Zhang, Hui;Ma, Jianhong;Li, Feng;Zeng, Qingyi;Hu, Nan;Wang, Yongdong;Dai, Zhongran;Ding, Dexin,Coupled variations of dissolved organic matter distribution and iron (oxyhydr)oxides transformation: Effects on the kinetics of uranium adsorption and desorption,Journal of Hazardous Materials,2022
- Zhang, Daobo;Meng, Xinmiao;Hu, Nan;Feng, Peng,Experimental study on loading-induced power generation decline of component-level flexible solar cells,Thin-Walled Structures,2022
- Liu, Pan;Mao, Weining;Yin, Yiwei;Gan, Zhantu;Zhao, Dongdong;Hu, Nan,Jigsaw-Inspired Modular Architected Materials with Tailorable Stiffness and Programmable Reconfiguration for Adaptive Flow Regulations,Advanced Engineering Materials,2022
- Yao Xianhua;Chen Man;Zhao Junxian;Zhang Yunlan;Hu Nan,Tailoring plastic deformation of metallic architected materials toward multi-stage energy dissipations,Materials & Design,2022
- Zhang Daobo;Meng Xinmiao;Hu Nan;Feng Peng,Experimental study on loading-induced power generation decline of component-level flexible solar cells,Thin-Walled Structures,2022
- Jian, Si-Min;Wu, Bo*;Hu, Nan,Environmental impacts of three waste concrete recycling strategies for prefabricated components through comparative life cycle assessment,Journal of Cleaner Production,2021
- Wan, Guangchao;Cai, Yijie;Liu, Yin;Jin, Congran;Wang, Dong;Huang, Shicheng;Hu, Nan;Zhang, John X. J.;Chen, Zi,Bistability in popper-like shells programmed by geometric defects,Extreme Mechanics Letters,2021
- Jian Si-Min;Wu Bo;Hu Nan,Environmental impacts of three waste concrete recycling strategies for prefabricated components through comparative life cycle assessment,Journal of Cleaner Production,2021
- Zhao, Yinghao;Joseph, Amal Jerald Joseph;Zhang, Zhiwei;Ma, Chunping;Gul, Davut;Schellenberg, Andrew;Hu, Nan,Deterministic snap-through buckling and energy trapping in axially-loaded notched strips for compliant building blocks,Smart Materials and Structures,2020
- Zhang, Zhiwei;Pusateri, Simon;Xie, Binglin;Hu, Nan,Tunable energy trapping through contact-induced snap-through buckling in strips with programmable imperfections,Extreme Mechanics Letters,2020
- Ma, Chunping;Zhang, Zhiwei;Luce, Benjamin;Pusateri, Simon;Xie, Binglin;Rafiei, Mohammad H.*;Hu, Nan*,Accelerated design and characterization of non-uniform cellular materials via a machine-learning based framework,npj Computational Materials,2020
- Zhang, Zhiwei;Luce, Benjamin;Ma, Chunping;Xie, Binglin;Hu, Nan,Programmable origami-inspired cellular architected building blocks for flow-regulating adaptive weir,Extreme Mechanics Letters,2020
- Wang, Huajie;Zhang, Zhiwei;Qian, Hongliang;Liu, Yulin;Hu, Nan;Fan, Feng,Galvanic corrosion induced localized defects and resulting strength reduction of circular steel tubes under axial compression: An experimental study,Thin-Walled Structures,2020
- Huajie Wang;Zhiwei Zhang;Hongliang Qian;Yulin Liu;Nan Hu;Feng Fan,Galvanic corrosion induced localized defects and resulting strength reduction of circular steel tubes under axial compression: An experimental study,Thin-Walled Structures,2020
- Zhiwei Zhang;Simon Pusateri;Binglin Xie;Nan Hu,Tunable energy trapping through contact-induced snap-through buckling in strips with programmable imperfections,Extreme Mechanics Letters,2020
- Wan Guangchao;Cai Yijie;Liu Yin;Jin Congran;Wang Dong;Huang Shicheng;Hu Nan;Zhang John X.J.;Chen Zi,Bistability in popper-like shells programmed by geometric defects,Extreme Mechanics Letters,2020
- Zhiwei Zhang;Benjamin Luce;Chunping Ma;Binglin Xie;Nan Hu,Programmable origami-inspired cellular architected building blocks for flow-regulating adaptive weir,Extreme Mechanics Letters,2020
- Chunping Ma;Zhiwei Zhang;Benjamin Luce;Simon Pusateri;Binglin Xie;Mohammad H. Rafiei;Nan Hu,Accelerated design and characterization of non-uniform cellular materials via a machine-learning based framework,npj Computational Materials,2020
专利
- 金鹏;黄强;叶冰旭;周一诺;周斌珍;胡楠;张恒铭,一种无限位轴转型摆式波浪能浮式风机集成装置,2025101783384,2025-11-07
- 张园;王叶飞;裴珂;虞将苗;宋丹青;胡楠,一种基于再生沥青砂浆定量评估新旧沥青融合程度的方法,2025111128632,2025-10-28
- 张园;林福生;陈维;虞将苗;邹桂莲;胡楠,一种基于沥青砂浆粘聚强度的沥青混合料抗拉强度预测方法及其系统、电子设备,2025100733388,2025-09-16
- 胡楠;张奥;马瑞奇,一种多功能集成的纤维混凝土自动成型机,2025107660388,2025-08-22
- 胡楠;黄靓钰;王宴席;程家乐;冯宇梁;赵海洋,一种3D打印结构件强度刚度及随机性一体化控制方法,2025104593894,2025-08-15
- 周斌珍;彭佳欣;梁浩;黄嘉硕;胡楠;牛奇奔;金鹏,一种基于多重共振运动控制的波浪能集成装置,2025100842120,2025-08-05
- 宋丹青;陶文斌;程万源;刘宝臣;刘晓丽;张超;王恩志;唐欣薇;赵伦洋;胡楠,一种锚固支护用自动灌浆装置及方法,2025100958377,2025-05-09
- 胡楠;李佳琪;解兵林;张奥;夏严;赵冬冬,一种超构界面的晶格水泥基复合材料及其设计方法,2024118346991,2025-02-25
- 胡楠;冯宇梁;李嘉晨;熊璐;赵海洋,基于FDM打印的曲面覆盖物的等距段线式打印路径规划方法,2024115352810,2025-01-24
- 胡楠;冯宇梁;李嘉晨;熊璐,基于FDM打印的悬空表面无支撑的打印路径规划方法,2024115352825,2025-01-10
- 胡楠;李嘉晨;陈舒帆;冯宇梁;赵海洋;李彬彬;赵冬冬,一种用于曲面层FDM打印的可变形弹性网壳基底结构及应用,2024112322298,2024-11-15
- 胡楠;解兵林;尹祎玮;甘展图;冯宇梁;赵冬冬,一种3D打印米级晶格骨架增强钢筋混凝土梁构件及制备方法,2024111893757,2024-11-05
- 胡楠;李嘉晨;冯宇梁;陈舒帆;陈睿智;赵海洋;赵冬冬,一种基于弹性网壳基底的曲面层FDM打印方法,2024110705341,2024-10-29
- 胡楠;姚显花;赵海洋;甘展图,一种非均匀厚度多稳态结构的缓冲吸能性能优化设计方法,2024105200629,2024-07-05
- 胡楠;解兵林;马瑞奇;蔡金池;黄靓钰;李嘉晨,基于3D打印晶格应力吸收层的路面结构及其抗反射裂缝评估方法,202410520790X,2024-06-28
- 胡楠;姚显花;赵海洋,一种基于形状记忆合金超材料的自复位柱脚结构,2024104686095,2024-06-18
- 胡楠;林杨胜;朱璐;江柳芳;王仁坤;孟瑞峰,一种大尺度三维晶格结构的3D空间打印方法,2024101056915,2024-03-26
- 胡楠;赵海洋;马瑞奇;解兵林;马文千,一种3D打印晶格集料增强透水沥青混合料及其制备方法,2023116815336,2024-02-23
- 胡楠;马文千;董晴;李宣佑;马瑞奇,一种基于力学指引的构件3D打印参数优化方法,2023112168727,2024-02-02
- 胡楠;朱璐;李嘉晨;马瑞奇;尹美珊;吴玉琦,一种双轴刚度可调节的装配式折纸建构材料,2023111860195,2023-12-08
- 胡楠;马瑞奇;赵海洋;李嘉晨;朱璐;马文千,一种多功能集成的3D打印模组及其使用方法,2023112964346,2023-12-08
- 胡楠;李智雄;李峰;刘盼;解兵林,一种具有可定制力学属性的复合材料结构体系及制备方法,2022114268918,2023-11-14
- 刘盼;胡楠;毛炜宁;甘展图;尹袆炜,一种可自适应折叠的防洪结构,202210833842X,2023-06-16
- 宋丹青;董利虎;信春雷;刘萌心;朱淳;陶文斌;王飞;胡楠;刘晓丽;王恩志;张建民,一种多源信息融合的边坡灾害智能监测预警系统及方法,2024100538573
- 宋丹青;计国丰;陆雪松;程涛;王飞;陶文斌;胡楠;史万鹏;常群峰;王鲁琦,钢架锚固型临时支护结构,2025100315616
- 张炳晖;宋丹青;程万源;胡楠;刘宝臣;王家全;陶文斌;史万鹏;张少刚;王贺,一种岩体水力-动力耦合灾变多域指标测试装置,2025100730318
- 张园;王叶飞;胡楠;邹桂莲;虞将苗;许勐,基于3D渲染技术评估沥青与集料粘附性的方法,2025101286574
- 胡楠;尹祎玮;王绘源;周嘉劭;肖郑阳林;唐号;李彬彬;邵成村,一种基于AI生成式设计的模具成型岭南灰塑浮雕建造方法,2025101752901
- 宋丹青;陶文斌;胡楠;汪光裕;刘宝臣;麦胜文;张键;钱申春;齐康;王家全,一种隧道加固注浆设备,2025101994633
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