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论文
代表性论文:
[1] wei, h., l. xin, w. li*, x. li, m. yang, y. chen. oblique tensile tests on model anchor piles in calcareous sand deposits. ocean engineering, 2024. 291: 116285.
[2] chen, z., z. zhang, w. li*, t. wang, j. zhang, numerical study on the base shear force-displacement relationship for laterally loaded monopiles in dense sand. ocean engineering, 2023. 286: 115527.
[3] 顾广宇, 李卫超, 王祺, 曾英俊. 振动锤对钢管桩抗压承载力增长影响的原位试验研究. 桥梁建设, 2023. 53(05): 97-103.
[4] 蒋益平,张尔海,沙丽新,李卫超*,章苏亚,李崧,庞玉麟,金易.基于载荷试验的振沉钢管桩承载力研究[j].结构工程师,2022,38(05):99-106.
[5] luo, r., m. yang, w. li*, assessments of kinematic bending moment at pile head in seismic area. journal of earthquake engineering, 2021. 25(5): 970-991.
[6] chen, t., q. fang, c. zhang, w. li*, z. xiao, numerical study on the compression-bending response of grouted connections in offshore structures. journal of constructional steel research, 2021. 185: 106839.
[7] 李卫超*,庞玉麟,金易,杨敏.基于cpt的振动沉桩贯入分析理论模型[j].湖南大学学报(自然科学版),2021,48(11):185-194.
[8] li, w.*, b.c. o'kelly, m. yang, k. fang, compressibility behaviour and properties of peaty soils from dian-chi lake area, china. engineering geology, 2020. 277: 105778.
[9] yang, m., b. ge, w. li*, force on the laterally loaded monopile in sandy soil. european journal of environmental and civil engineering, 2020. 24(10): 1623-1642.
[10]严凯,庞玉麟,李卫超*,杨敏,金易.基于cpt的锤击桩贯入分析理论模型[j].建筑科学,2020,36(s1):68-76.
[11]luo, r., m. yang, w. li*, normalized settlement of piled raft in homogeneous clay. computers and geotechnics, 2018. 103: 165-178.
[12]陈杨,杨敏,魏厚振,李卫超*,孟庆山.钙质砂中单桩轴向抗拔模型试验研究[j].岩土力学,2018,39(08):2851-2857.
[13]li, w., b. zhu, m. yang, static response of monopile to lateral load in overconsolidated dense sand. journal of geotechnical and geoenvironmental engineering, 2017. 143(7): 04017026.
[14]yang, m., s. shangguan, w. li*, b. zhu, numerical study of consolidation effect on the response of passive piles adjacent to surcharge load. international journal of geomechanics, 2017. 17(11): 04017093.
[15]li, w., d. igoe, k. gavin, field tests to investigate the cyclic response of monopiles in sand. proceedings of the ice-geotechnical engineering, 2015. 168(ge5): 407-421.
[16]li, w., d. igoe, k. gavin, evaluation of cpt-based p-y models for laterally loaded piles in siliceous sand. géotechnique letters, 2014. 4(2): 110-117.
[17]李卫超*,熊巨华,杨敏.分层土中水泥土围护结构抗倾覆验算方法的改进[j].岩土力学,2011,32(08):2435-2440.