王国盛 编委

学术贡献

• 1、[1]. Wang Guosheng, Lu Dechun*, Du Xiuli*, Zhou Xin, Cao Shengtao. A true 3D frictional hardening
• 2、elastoplastic constitutive model of concrete based on a unified hardening/softening function[J]. Journal
• 3、of the Mechanics and Physics of Solids. 2018, 119: 250-273.
• 4、[2]. Wang Guosheng, Lu Dechun*, Li Meng, Zhou Xin, Wang Jinting, Du Xiuli. Static-dynamic combined
• 5、multiaxial strength criterion for concrete[J]. Journal of Engineering Mechanics. ASCE. 2021, 147(5):
• 6、04021017.
• 7、[3]. Wang Guosheng, Lu Dechun*, Zhou Xin, Wu Yufei, Du Xiuli, Xiao Yang. A stress-path-independent
• 8、damage variable for concrete under multiaxial stress conditions[J]. International Journal of Solids and
• 9、Structures. 2020, 206: 59-74.
• 10、[4]. Wang Guosheng, Zhang Xuepei, Lu Dechun*, Cai Tao, Ma Chao, Du Xiuli. Elastoplastic constitutive
• 11、model for concrete based on the cohesive-frictional deformation mechanism[J]. International Journal of
• 12、Solids and Structures, 2026, 336, 114037.
• 13、[5]. Wang Guosheng, Lu Dechun*, Du Xiuli, Zhou Xin. Dynamic multiaxial strength criterion for concrete
• 14、based on strain rate-dependent strength parameters[J]. Journal of Engineering Mechanics. ASCE. 2018,
• 15、144(5): 4018018.
• 16、[6]. Wang Guosheng, Xie Zengxun, Lu Dechun*, Song Zhiqiang, Du Xiuli. Fracture analysis for reinforced
• 17、concrete beams under impact using an enhanced interface viscoelasticity peridynamic impact-contact
• 18、algorithm[J]. International Journal of Impact Engineering. 2026, 208, 105545.
• 19、[7]. Wang Guosheng, Lu Dechun*, Ji Gangao, Liang Xuhua, Lin Qingtao, Lv Jirui, Du Xiuli. A lifecycle
• 20、carbon emission evaluation model for urban underground transportation infrastructure systems[J].
• 21、Underground Space. 2025, 24: 352-370.
• 22、[8]. Wang Guosheng, Lu Dechun*, Gao Yixin, Xie Zengxun, Du Xiuli. Viscoelastic peridynamic method for
• 23、the interface in the reinforced concrete[J]. Engineering Fracture Mechanics. 2025, 315, 110817.
• 24、[9]. Wang Guosheng, He Wenwen, Lu Dechun*, Song Zhiqiang, Du Xiuli. A peridynamic method for creep
• 25、and stress relaxation incorporating a novel fractional viscoelastic model[J]. Engineering Analysis with
• 26、Boundary Elements. 2025, 171, 106104.
• 27、[10].Wang Guosheng, Cai Tao, Lu Dechun*, Ma Chao, Meng Fanping, Du Xiuli. Experimental study on
• 28、cohesion-friction mechanical properties for concrete[J]. Construction and Building Materials. 2024, 449,
• 29、138421.
• 30、[11].Wang Guosheng, Li Zehua, Liang Jingyu*, Lu Dechun, Du Xiuli. A state-dependent non-orthogonal
• 31、elastoplastic constitutive model for sand[J]. Computers and Geotechnics. 2024, 166: 105960.
• 32、[12].Wang Guosheng, Lu Dechun, Ma Chao*, Shen Yimin, Du Xiuli. Computational modelling of concrete structures subjected to pre-static loading and subsequent impact dynamics[J]. Advances in Structural Engineering. 2025, 0: 0. https://doi.org/10.1177/13694332251391475
• 33、[13].Lu Dechun, Liang Xuhua, Wang Guosheng*, Meng Fanping, Song Mengyan, Liang Jingyu, Yao
• 34、Yangping. A thermo-mechanical fully coupled non-orthogonal elastoplastic constitutive model for
• 35、concrete[J]. Journal of Engineering Mechanics, ASCE. 2026, 152(12): 04026084.
• 36、[14].Xu Dongxu, Cui Jintao, Cheng Xinglei, Wang Guosheng*, Lu Dechun, Du Xiuli. Impact of marine water
• 37、environment on the seismic response of offshore wind turbines supported by the four-pile jacket in
• 38、clays[J]. Marine Structures. 2027, 112: 104211.
• 39、[15].Lu Dechun, Guo Zhiyuan, Wang Guosheng*, Cai Tao, Meng Fanping, Cheng Xinglei, Kong Fanchao,
• 40、Du Xiuli. Damage Evolution in Concrete under Triaxial Cyclic Loading-Unloading using Acoustic
• 41、Emission Monitoring[J]. Journal of Building Engineering. 2026, 129: 116780.
• 42、[16].Lu Dechun, Li Zehua, Wang Guosheng*, Du Xiuli. An innovative test data processing approach for
• 43、continuous characterizing plastic strain increment direction of sand [J]. Acta Geotechnica. 2026,
• 44、https://doi.org/10.1007/s11440-026-02988-6
• 45、[17].Lu Dechun, Song Zhiqiang, Wang Guosheng*, Du Xiuli. Viscoelastic peridynamic fracture analysis for
• 46、concrete beam with initial crack under impact [J]. Theoretical and Applied Fracture Mechanics. 2023,
• 47、124: 103757.
• 48、[18].Lu Dechun, Song Zhiqiang, Wang Guosheng*, Zhou Xin, Du Xiuli. A developed 3D peridynamic
• 49、method incorporating non-conservative force for brittle materials[J]. Engineering Fracture Mechanics.
• 50、2022, 274: 108772.
• 51、[19].Lu Dechun, Wang Guosheng*, Du Xiuli*, Wang Yang. A nonlinear dynamic uniaxial strength criterion
• 52、that considers the ultimate dynamic strength of concrete[J]. International Journal of Impact Engineering.
• 53、2017, 103: 124-137.
• 54、[20].Cheng Xinglei, Jia Haoyi, Wang Guosheng*, Lang Ruiqing, Lu Dechun, Du Xiuli. Calculation method
• 55、and influencing factors for fundamental frequency of monopile offshore wind turbines[J]. Ocean
• 56、Engineering. 2026, 350, 124261.
• 57、[21].Cheng Xinglei, Xing Jianyu, Wang Guosheng*, Lang Ruiqing*, Lu Dechun, Du Xiuli. Seismic response
• 58、of offshore wind turbine supported by tetrapod piled jacket foundations in clays considering scour[J]. Soil
• 59、Dynamics and Earthquake Engineering. 2026, 203, 110004.
• 60、[22].Guo Caixia, Zhou Bo, Yang Kaiwen, Wang Guosheng*, Lu Dechun, Du Xiuli. Uniaxial tensile properties
• 61、of high performance concrete composite with built-in carbon fiber and basalt fiber grids[J]. Construction
• 62、and Building Materials. 2025, 479, 141478.
• 63、[23].Cheng Xinglei, Xing Jianyu, Wang Guosheng*, Lu Dechun, Du Xiuli. Numerical investigation on
• 64、rotation accumulation and natural frequency degradation for offshore wind turbine in clays[J]. Ocean
• 65、Engineering. 2025, 315, 119761.
• 66、[24].Ma Chao, Nie Xingyu, Fan Ping, Wang Guosheng*. A developed YOLOv8 model for the rapid detection
• 67、of surface defects in underground structures[J]. Buildings. 2026,2026, 16(3): 610.
• 68、[25].Lu Dechun, Guo Zhiyuan, Cai Tao, Wang Guosheng*, Gao Zhiwei, Du Xiuli. Experimental investigation
• 69、on cohesion-friction mechanical properties for early-age concrete[J]. Smart Construction. 2026, 274:
• 70、108772.
• 71、[26].Ma Chao, Li Xiaolei, Wang Guosheng*, Lu Dechun, Du Xiuli. Seismic performance enhancementof
• 72、underground structure influenced by CFRP wrapping schemes[J]. Urban Lifeline, 2024, 2: 14.
• 73、[27].Lu Dechun, Song Zhiqiang, Wang Guosheng*, Du Xiuli. Viscoelastic peridynamic theory of concrete and
• 74、its application[J]. Advances in Frontier Research on Engineering Structures. 2023, 1: 307-315.
• 75、[28].王国盛, 蔡涛, 路德春*, 孟范平, 杜修力. 围压对混凝土黏聚-摩擦力学行为的影响[J]. 应用基础与工
• 76、程科学学报. 2026, 网络优先发表.
• 77、[29].王国盛, 季港澳, 路德春*, 杜修力. 城市地下基础设施低碳发展策略研究[J]. 中国工程科学. 2023,
• 78、25(1): 101-108.
• 79、[30].王国盛, 路德春, 杜修力, 李萌, 穆嵩. 混凝土材料真实动态强度及率效应机理研究[J]. 工程力学.
• 80、2018, 35(6): 58-67.
• 81、[31].王国盛, 路德春*, 杜修力, 李萌. 基于S准则发展的混凝土动态多轴强度准则[J]. 力学学报. 2016,
• 82、48(3): 636-653.
• 83、[32].路德春, 高一鑫, 王国盛*, 宋志强, 杜修力. 钢筋混凝土界面的近场动力学方法. 力学学报, 2023,
• 84、55(2): 403-416.
• 85、[33].路德春, 李萌, 王国盛*, 杜修力. 静动组合载荷下混凝土率效应机理及强度准则[J]. 力学学报. 2017,
• 86、49(4): 940-952.
• 87、[34].路德春, 宋志强, 王国盛*. 基于混凝土黏弹性变形机制的近场动力学方法[J]. 同济大学学报（自然
• 88、科学版）. 2022, 50(9): 1232-1239.
• 89、[35].路德春, 马一丁, 王国盛*. 近接隧道列车运行时地表振动响应数值模拟[J]. 吉林大学学报(地球科学
• 90、版). 2021, 51(5): 1452-1462.
• 91、[36].路德春, 季港澳, 王国盛*, 杜修力.城市地下交通基础设施系统全生命周期碳排放计算模型[J]. 防灾
• 92、减灾工程学报. 2024, 44(6): 513-522.
• 93、[37].马超, 李东旭, 王国盛*, 路德春, 郭青玥. PVA-ECC材料三维强度发挥机制与强度准则[J]. 工程力学.
• 94、2025, 网络优先发表.
• 95、[38].马超, 李晓磊, 王国盛*, 路德春, 高辉. PET FRP提升地铁车站结构整体抗震性能方案对比研究[J].
• 96、工程力学. 2024, 网络优先发表.
• 97、[39].马超, 郭青玥, 王国盛*, 路德春, 廖维张. 工程水泥基复合材料三轴强度与变形特性[J]. 防灾减灾工
• 98、程学报. 2025, 45(3): 1231-1256.
• 99、[40].马超, 乔法宇, 王国盛*, 梁靖宇, 路德春. FRCM加固盾构隧道管片接头提升结构整体力学行为[J].
• 100、隧道与地下工程灾害防治. 2026, 8(1): 22-31.
• 101、[41].郭彩霞, 周博, 王国盛*, 路德春, 杜修力. 碳纤维与玄武岩纤维网格增强ECC复合板的单轴抗拉性能
• 102、研究[J]. 隧道建设（中英文）. 2024, 44(10): 1950-1960.
• 103、[42].路德春, 蔡涛, 郭飞, 王国盛*, 姜瑜, 杜修力. 弱膨胀土宏-微观性能主动调控方法. 都市快轨交通.
• 104、2026, 39(04): 131-140.
• 105、[43].路德春, 姚相宇, 王国盛*, 梁栩华, 张家驰, 杜修力. 热-力耦合作用下安全壳局部试件力学性能演化
• 106、规律. 北京工业大学学报. 2026, 录用网络优先发表.
• 107、[44].Song Zhiqiang, Wang Guosheng, Lu Dechun*, Zhou Xin, Rabczuk Timon, Du Xiuli. A modeling method
• 108、of failure for concrete considering the stress state in peridynamics[J]. International Journal of Solids and
• 109、Structures. 2025, 320: 113536.
• 110、[45].Song Zhiqiang, Wang Guosheng, Lu Dechun*, Oterkus Erkan, Oterkus Selda, Cai Tao, Du Xiuli. An
• 111、efficient peridynamic simulation method integrating R-tree spatial indexing and GPU parallel
• 112、computing[J]. Engineering Analysis with Boundary Elements. 2026, 189: 106814.
• 113、[46].Lu Dechun*, Wang Guosheng. Reply to the comments on “A nonlinear dynamic uniaxial strength
• 114、criterion that considers the ultimate dynamic strength of concrete by Lu Dechun, Guosheng Wang, Du
• 115、Xiuli, Yang Wang. Int J Impact Eng 103 (2017), 124-137” by Xu and Wen[J]. International Journal of
• 116、Impact Engineering. 2017, 109: 429-432.
• 117、[47].Yang Lei, Wang Guosheng, Zhao Gaofeng, Shen Luming*. A rate- and pressure-dependent damageplasticity constitutive model for rock[J]. International Journal of Rock Mechanics and Mining Sciences.
• 118、2020, 133: 104394.
• 119、[48].路德春, 王国盛, 杜修力*. 混凝土材料三维统一硬化/软化弹塑性本构模型[J]. 中国科学:技术科学.
• 120、2016, 42(21): 815-828.
• 121、[49].杜修力, 王国盛, 路德春*. 混凝土材料非线性多轴动态强度准则[J]. 中国科学:技术科学. 2014,
• 122、44(12): 1319-1332.
• 123、[50].董雨, 王国盛, 王进廷*, 杜修力. 混凝土拱坝地震非线性响应中的应变率效应研究[J]. 振动与冲击.
• 124、2023, 46(8): 71-80.