Objects
Song, Zhixiang, Zhang, Junwen, Zhang, Yang, Dong, Xukai, Wang, Shanyong. Elsevier BV; 2023. Characterization and evaluation of brittleness of deep bedded sandstone from the perspective of the whole life-cycle evolution process.
Zhang, Junwen, Song, Zhixiang, Wang, Shanyong. Springer; 2020. Experimental investigation on permeability and energy evolution characteristics of deep sandstone along a three-stage loading path.
Zhang, Junwen, Fan, Wenbing, Song, Zhixiang, Wang, Shanyong. IOP Publishing; 2020. Evolution of mechanical parameters of deep sandstone and its constitutive model under the condition of different stress paths.
Zhang, Junwen, Fan, Wenbing, Niu, Weimin, Wang, Shanyong. Springer; 2022. Energy evolution characteristics of deep sandstone with different true triaxial stress paths.
Fan, Wenbing, Zhang, Junwen, Dong, Xukai, Zhang, Yan, Yang, Yang, Zeng, Weigang, Wang, Shanyong. Springer; 2022. Fractal dimension and energy-damage evolution of deep-bedded sandstone under one-dimensional dynamic and static combined loading.
Song, Zhixiang, Zhang, Junwen, Wang, Shanyong, Dong, Xukai, Zhang, Yang. Springer; 2023. Energy Evolution Characteristics and Weak Structure-"Energy Flow" Impact Damaged Mechanism of Deep-Bedded Sandstone.
Zhang, Junwen, Song, Zhixiang, Zhang, Lichao, Wu, Shaokang, Wang, Shanyong, Zhang, Yang, Dong, Xukai, Wang, Jinxin, Han, Yanbo, Kan, Baohua. Kexue Chubanshe, Science Press; 2024. Mechanical behaviours of bedded sandstone under hydromechanical coupling.