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Your search keyword '"Zhang, Shujian"' showing total 17 results
Start Over Author "Zhang, Shujian" Publisher springer science and business media llc
17 results on '"Zhang, Shujian"'

2. Development and post-Kasai procedure prognostic relevance of histological features for biliary atresia

Author

Xu, Xiaodan, primary, Wang, Xueting, additional, Ding, Meiyun, additional, Zhao, Yilin, additional, Zhao, Li, additional, Zhao, Linsheng, additional, Li, Mengdi, additional, Zhao, Fangyuan, additional, Sun, Rongjuan, additional, Wang, Zhiru, additional, Zhang, Ruifeng, additional, Zhang, Shujian, additional, Ge, Liang, additional, Sun, Yan, additional, and Zhan, Jianghua, additional

Published
2023
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3. Fam20c regulates the calpain proteolysis system through phosphorylating Calpasatatin to maintain cell homeostasis

Author

Liu, Xinpeng, primary, Jiang, Lili, additional, Zhang, Wenxuan, additional, Zhang, Jiahui, additional, Luan, Xinrui, additional, Zhan, Yuanbo, additional, Wang, Tuo, additional, Da, Junlong, additional, Liu, Lixue, additional, Zhang, Shujian, additional, Guo, Yuyao, additional, Zhang, Kai, additional, Wang, Zhiping, additional, Miao, Nan, additional, Xie, Xiaohua, additional, Liu, Peihong, additional, Li, Ying, additional, jin, Han, additional, and Zhang, Bin, additional

Published
2023
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5. Drainage performance and capillary rise restraint effect of wicking geotextile

Author

Zhibin Liu, Feng Liu, Mei Bai, Zhang Shujian, and Lei Songlin

Subjects
Capillary action, Metals and Alloys, General Engineering, Compaction, Soil column, Geotextile, Kaolinite, Environmental science, Geotechnical engineering, Capillary water, Drainage, Water content
Abstract

Wicking geotextile (WG) is considered as a possible countermeasure to reduce water content in unsaturated soil. In this research, rainfall tests were carried out to verify the drainage performance of WG. And capillary rise tests were conducted to study the effect of WG on the prevention of capillary rise. Test results indicated that WG with good drainage performance could drain gravitational and capillary water out of kaolinite soil. For kaolinite soil column with water content of 12% and compaction degree of 90%, the whole process of capillary rise in soil column with a layer of WG was a typical two-stage mode, and the maximum capillary height was about 380 mm, which provided that the WG could work as a barrier to prevent capillary rise effectively. In addition, the total vertical influential regions of WG in kaolinite soil above and below the WG layer were 400 and 100 mm, respectively.

Published
2021

6. Experimental Study on the Effect of Fabric Parameter on Drainage Performance of Wicking Geotextile

Author

Zhibin Liu, Mei Bai, Liangliang Lu, Zhang Jinpeng, Zhang Shujian, and Feng Liu

Subjects
Materials science, Polymers and Plastics, Capillary action, General Chemical Engineering, 02 engineering and technology, General Chemistry, 010402 general chemistry, 021001 nanoscience & nanotechnology, 01 natural sciences, 0104 chemical sciences, Soil water, Soil column, Geotextile, Geotechnical engineering, Drainage, 0210 nano-technology, Contact area
Abstract

Wicking geotextile is used to drain capillary as well as gravitational water out of soil. In order to investigate the effect of fabric parameter on the drainage performance of wicking geotextile, a series of soil column tests were conducted in this research. The test results showed that all the wicking geotextiles with different fabric parameters could drain water out of unsaturated clayed soil due to the existence of wicking fibers. The wicking geotextile with one wicking fibers yarn and fibers yarn space of 3 mm exhibited the best drainage performance and could reduce the soil water content by 11.31 % lower than its initial value of 18 %. With the same fabric parameter, large contact area between wicking fibers and soil was beneficial for the drainage performance of wicking geotextile. In addition, the fabric parameter had little effect on the effective drainage region of wicking geotextile, and the effective influence region of wicking geotextiles was more than 50 mm above and below the geotextile, respectively.

Published
2021

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