Search Results - "Du, Junhan"

A high-resolution feature difference attention network for the application of building change detection by Wang, Xue, Du, Junhan, Tan, Kun, Ding, Jianwei, Liu, Zhaoxian, Pan, Chen, Han, Bo

“…•HDANet utilize a multi-resolution parallel structure employing different resolution features.•An innovative difference attention module is proposed for the…”
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Numerical study of granular debris flow run-up against slit dams by discrete element method by Zhou, Gordon G. D., Du, Junhan, Song, Dongri, Choi, Clarence E., Hu, H. S., Jiang, Chenghua

“…Run-up of granular debris flows against slit dams on slopes is a complex process that involves deceleration, deposition, and discharge. It is imperative to…”
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Microscopic Description of Basal Stress Generated by Granular Free‐Surface Flows by Du, Junhan, Zhou, Gordon G. D., Cui, Kahlil F. E.

“…Geophysical flows grow in volume and impact potential by eroding and entraining bed material during movement, posing potential risks to human lives and…”
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Keynote lecture. Impact dynamics of debris flow against slit dam: Experimental and numerical investigation by Zhou, Gordon G.D., Cui, Kahlil F. E., Du, Junhan, Li, Nanjun, Lu, Xueqiang, Xie, Yunxu

“…Debris flows are gravity-driven phenomena common in mountainous regions that are hazardous to downstream facilities. To mitigate the impacts of these…”
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Microfluidic generation of multifunctional core-shell microfibers promote wound healing by Xu, Fenglan, Wang, Suning, Cao, Chenxi, Ma, Wenyuan, Zhang, Xuan, Du, Junhan, Sun, Wentao, Ma, Qingming

“…Wound healing is a complex physiological process involving four coordinated stages, including hemostasis, anti-inflammatory, repair, and epithelial formation…”
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Classification of Stream, Hyperconcentrated, and Debris Flow Using Dimensional Analysis and Machine Learning by Du, Junhan, Zhou, Gordon G. D., Tang, Hui, Turowski, Jens M., Cui, Kahlil F. E.

“…Extreme rainfall events in mountainous environments usually induce significant sediment runoff or mass movements—debris flows, hyperconcentrated flows and…”
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