Tiancheng Shan

Advances in linear epitope-based subunit vaccines powered by artificial intelligence: current status and challenges

Jingyu Quan, Lu Liu, Zijian Guo, Tiancheng Shan et autres

In this review, linear epitope-based subunit vaccines are systematically profiled to outline their current developmental status, integrating recent advances in computational immunogenic epitope screening, site-specific chemical modification for stability enhancement, next-generation delivery platform matching, and ongoing clinical translation efforts. Deep learning-based MHC-binding …

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Research on microseismic source localization method combining supervised machine learning and 3-dimensional ray tracing method

Qi Ma, Peng Chen, Yunpeng Zhang, Tiancheng Shan et autres

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Coal Burst Failure and Probabilistic Early Warning for Combined Coal–Rock Based on Electric Potential Under True Triaxial Stress

Tiancheng Shan, Z L Li, Nan Li, Enyuan Wang et autres

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Research on Human Blood Pressure Evaluation Based on Multimodal Deep Learning and Cholesterol Metabolomics

Tiancheng Shan, Jiajia Chen, Jufang Lu, Yufang Yuan et autres

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Study on optimal preparation conditions for porous membranes based on pore area mechanism and light radiation properties

Tiancheng Shan, Songyao Hu, Wenhui Zhang, Qi Hu et autres

Identification of coal-rock interface under uniaxial compression using electric potential method

Tiancheng Shan, ZHONGHUI LI, Enyuan Wang, Haishan Jia et autres

The instability of composite coal-rock structures can easily trigger severe dynamic disasters, such as rockbursts. The application of electric potential (EP) method shows promise for disaster prediction and accurate identification of coal-rock interfaces. In this study, uniaxial compression experiments were conducted to …

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Reconstruction of Design Education Driven by the Dual Wheels of the 15th Five-Year Plan and AIGC Technology

Chao Ma, Tiancheng Shan, Wenchao Luo, Yang Liu

Investigation of tunnel size effects on rockburst behaviors using electric potential monitoring under true triaxial loading conditions

Tiancheng Shan, Zhonghui Li, Haishan Jia, Enyuan Wang et autres

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Scaling local instability to critical failure of coal under quasi-static loading through combined acoustic emission and electromagnetic radiation analysis

Haishan Jia, Dong Chen, Zhonghui Li, Zihao Mao et autres

Catastrophic failure in geomaterials emerges from multi-scale processes that span diverse spatial and temporal dimensions. However, the precise mechanisms governing this progression from microscale instabilities to macroscopic rupture remain poorly understood. Here, we demonstrate that coal failure under quasi-static loading follows deterministic …

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Superstatistical approach of electric potential and acoustic emission for investigating damage evolution and precursor of water-bearing sandstone under uniaxial compression

Tiancheng Shan, Zhonghui Li, Xin Zhang, Xiaoran Wang et autres

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Failure evolution and precursor prediction of fissured sandstone based on power-law behavior of electric potential

Tiancheng Shan, Zhonghui Li, Enyuan Wang, Xin Zhang et autres

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Uncovering the Fracturing Mechanism of Granite Under Compressive–Shear Loads for Sustainable Hot Dry Rock Geothermal Exploitation

Xiaoran Wang, Tiancheng Shan, Dongjie Wang, Xiaofei Liu et autres

Shear-dominated hazards, such as induced earthquakes, pose an escalating threat to the sustainability and safety of the geothermal exploitation. Variations in fault orientations and compression–shear stress ratios exert a profound influence on the failure processes underlying these disasters. To better understand these …

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