Personal Information

Professor
Supervisor of Doctorate Candidates
Supervisor of Master's Candidates

Main positions:工程力学系支部书记、副系主任

Other Post:南方计算力学联络委员会副主任委员、重庆市力学学会理事、重庆大学工程力学研究所所长

Paper Publications

贺子刚,韩亮亮(外),贺子刚(学),张幸(学).六杆球形张拉整体的折叠与翻滚性能研究:上海航天(中英文),2022,39(06):59-65
Zhang, L,Gao, Q,Zhang, HW.Analysis of 2-D bimodular materials and wrinkled membranes based on the parametric variational principle and co-rotational approach:INTERNATIONAL JOURNAL FOR NUMERICAL METHODS IN ENGINEERING,2014,98(10):721-746
Lu, MK,Zhang, L,Chen, XJ,Vershinin, A.A unified variational framework of no-tension and no-compression solids and its application to finite element analysis:INTERNATIONAL JOURNAL OF SOLIDS AND STRUCTURES,2023,275
Yan, Z,Zhang, L,Jin, WW.Improved Finite Element Method for Inflated Beams with Local Wrinkles:AIAA JOURNAL,2020,60(7):4278-4287
Wu, J,Zhang, L,He, ZG,Yan, Z.Comparative Analysis of Two Tensegrity Grids Considering Slack and Rupture of Cables:AIAA JOURNAL,2020,58(5):2321-2329
Zhang, L,Lu, MK,Han, LL,Cao, JJ.A model reduction method for nonlinear analysis of materials and structures with tension–compression asymmetric properties:Composite Structures,2021,262
Lu, MK,Zheng, YG,Du, JK,Zhang, L,Zhang, HW.An adaptive multiscale finite element method for strain localization analysis with the Cosserat continuum theory:European Journal of Mechanics,2021,92
Lv, J,Zheng, MH,Zhang, L,Song, C,Zhang, HW.Geometrically nonlinear analysis of 3D fluid actuated cellular structures using extended multiscale finite element method:INTERNATIONAL JOURNAL OF MECHANICS AND MATERIALS IN DESIGN,2020,16(3):503-517
Zhang, L,Dong, KJ,Lu, MK,Zhang, HW.A wrinkling model for pneumatic membranes and the complementarity computational framework:Computational Mechanics,2020,65(1):119-134
Ge, YP,He, ZG,Li, SF,Zhang, L,Shi, LT.A machine learning-based probabilistic computational framework for uncertainty quantification of actuation of clustered tensegrity structures:COMPUTATIONAL MECHANICS,2023,72):431-450
Lu, MK,Zhang, L,Yan, Z,Wu, J.Nonlinear analysis of structures made of no-tension/compression materials using an efficient projection-contraction algorithm:Computers & Structures,2021,224

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