1、期刊论文：
[1] Jianghuai Li *. Improved quadrilateral scaled boundary spectral shell elements. Computers & Structures, 2024, 295: 107287.
[2] Mathias Reichle *, Markus Klassen, Jianghuai Li, Sven Klinkel. A modified approach for a scaled boundary shell formulation in structural isogeometric analysis. Engineering Analysis with Boundary Elements, 2024, 159: 81-94.
[3] Jianghuai Li * , Lei Liu. An efficient SBFEM-based approach for transient exterior
vibro-acoustic analysis of power-law functionally graded shells. Thin-Walled Structures ,
2023, 186: 110652.
[4] Jianghuai Li * . Quadrilateral scaled boundary spectral shell elements with functionally
graded piezoelectric materials. Thin-Walled Structures , 2023, 183: 110357.
[5] Jianghuai Li * . A scaled boundary shell element formulation using Neumann expansion.
Computational Mechanics , 2022, 70: 679-702.
[6] Jianghuai Li * , Zihua Zhang, Zhenwen Zhang. Quadrilateral scaled boundary spectral shell
elements for static and dynamic analyses of functionally graded plates and shells. Composite
Structures , 2022, 288: 115394.
[7] Jianghuai Li * , Zihua Zhang, Lei Liu. Quadrilateral scaled boundary spectral shell elements with assumed natural strains. Computers & Structures,2022, 259: 106697.
[8] Jianghuai Li , Zhiyu Shi * , Lei Liu, Chongmin Song. An efficient scaled boundary finite
element method for transient vibro-acoustic analysis of plates and shells. Computers & Structures, 2020, 231: 106211.
[9] Jianghuai Li , Zhiyu Shi * , Lei Liu. A scaled boundary finite element method for static and dynamic analyses of cylindrical shells. Engineering Analysis with Boundary Elements , 2019,98: 217-231.
[10] Jianghuai Li , Zhiyu Shi * , Lei Liu. A unified scaled boundary finite element method for
transient two-dimensional vibro-acoustic analysis of plate-like structures. Computers & Structures, 2018, 202: 105-128.
[11] Jianghuai Li , Zhiyu Shi * , Shaowu Ning. A two-dimensional consistent approach for static and dynamic analyses of uniform beams. Engineering Analysis with Boundary Elements ,2017, 82: 1-16.
