[1] Liu, Haitao;Wang, Liang. Design 3D improved star-shaped honeycomb with different tip angles from 2D analytical star-shaped model. Composite Structures, 2022, 283 , .

[2] 刘加一，刘海涛. 一种可调刚度的双向拉胀圆柱壳结构. , 2022, 华中科技大学，河北工业大学, CN217761840U 2022.11.08.

[3] 刘加一，刘海涛. 一种热膨胀自适应桁架支撑结构. , 2022, 华中科技大学，河北工业大学, CN217811577U 2022.11.15.

[4] 刘加一，刘海涛. 一种刚柔耦合抓取机械手. , 2022, 华中科技大学，河北工业大学, CN218138103U 2022.12.27.

[5] Zhang, Zhengyan;Bu, Fan;Cheng, E.;Liu, Haitao;Hu, Ning. Investigation of a novel approach for enhancing the sensitivity of flexible stretchable sensors by utilizing V-angle structures. Sensors and Actuators A: Physical, 2022, 341 , .

[6] Liu, Jia-Yue;Liu, Hai-Tao;An, Ming-Ran. Crushing behaviors of novel Diabolo shaped honeycombs with enhanced energy absorption performance. International Journal of Mechanical Sciences, 2022, 229 , .

[7] Li, Jie;Zhang, Zheng-Yan;Liu, Hai-Tao;Wang, Yan-Bing. Design and characterization of novel bi-directional auxetic cubic and cylindrical metamaterials. Composite Structures, 2022, 299 , .

[8] Wang, Yanbin;Liu, Haitao. Z-beam and S-beam optimized mechanical metamaterials with enhanced mechanical properties. Composite Structures, 2022, 296 , .

[9] Liu, Jia-Yue;Liu, Hai-Tao. Energy absorption characteristics and stability of novel bionic negative Poisson\'s ratio honeycomb under oblique compression. Engineering Structures, 2022, 267 , .

[10] Liu, Kang-Jia¹; Liu, Hai-Tao¹; Li, Jie¹; Ren, Fu-Guang¹ . Tunable thermal expansion and bandgap properties of the bi-material-directional honeycomb metamaterial. Mechanics of Advanced Materials and Structures, 2022, , .