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  汪驰宇 | Chiyu Wang


     Birth:2000
     AnHui Province
     Email: chiyuwangce@163.com
     Wechat: chiyuwang2000
     QQ: 2559560461
      Website: 18wcy.cn

2018年从安徽省考入东北大学土木工程专业进行本科阶段学习,2022年推荐免试录取为东北大学土木工程系硕士研究生,学制三年,当前研究方向是: 机器学习应用;盾构施工参数及风险控制研究;土压平衡盾构泡沐剂制备与应用;渣土改良。 指导老师是 赵文教授
I was admitted to Northeastern University from Anhui Province in 2018 for undergraduate level study in Civil Engineering, and recommended for admission without examination to Northeastern University as a Master's student in the Department of Civil Engineering in 2022 for a three-year period, and my research interests are in the areas of :Application of machine learning; Shield construction parameters and risk control; Research and application of EPB foam agent; Soil conditioning and my teacher is Prof. Zhao Wen
2018/09 - 2022/06 工学学士 | B.E.
0814 土木工程
东北大学资源与土木工程学院
College of Resources and Civil Engineering, Northeastern University
2022/09 - 2025/06 工学硕士在读 |M.Sc.
0814 土木工程(学硕)
(推荐免试 Recommend)
东北大学资源与土木工程学院
College of Resources and Civil Engineering, Northeastern University
2025/09 - Unknown
Where? I want to be approved by a a PhD supervisor
想有个博导招收我
my research
2024 Chiyu Wang, Wen Zhao*, Cheng Chen, Xin Wang, Peng Qi, Lu Bo, Attitude prediction of EPB shield with model uncertainty based on machine learning.
Tunnelling and Underground Space Technology   (Under Review) (SCI, JCR Q1, Top)
03 针对现有土压平衡盾构姿态预测研究中缺少对预测模型不确定性的考虑,提出了一种基于模型不确定性的盾构姿态预测方法。
In view of the lack of consideration of prediction model uncertainty in the existing earth pressure balance shield attitude prediction research, a shield attitude prediction method based on model uncertainty is proposed.
[Link]
2024 Chiyu Wang, Wen Zhao*, Cheng Chen, Qinghai Yang, Xin Wang, Estimating foam reliability of EPB shield soil conditioning system based on deep learning.
Advanced Engineering Informatics   (Under Review) (SCI, JCR Q1, Top, CCF-b)
02 针对土压平衡盾构施工中缺少对泡沐剂稳定性的快速检测方法,设计了一种深度学习模型对采集的泡沫视频图像衰变过程进行可靠性评估。
For the lack of a rapid detection method for the stability of foam agent in earth pressure balance shield construction, a deep learning model was designed to assess the reliability of the decay process of the captured foam video images.
[Link]
2023 C. Wang, W. Zhao*, C. Chen, Y. Wang, X. Wang, A parameter design model for EPB shield soil conditioning in gravel stratum based on machine learning.
Construction and Building Materials 411 (2024) 134637.   (SCI, JCR Q1, Top, IF=7.4)
01 针对土压平衡盾构施工中渣土改良剂与改良后土体参数之间缺乏理论指导的现状,基于机器学习方法设计了一种面向改良后土体性能的渣土改良参数设计模型。
In view of the lack of theoretical guidance between the soil conditioner and the parameters of the improved soil in the construction of earth-pressure balanced shield, a design model for the parameters of the improved soil is designed based on the machine learning method, which is oriented to the performance of the improved soil.
[Link]
2021 汪驰宇,刘哲汛,彭有,李皓然,刘刚,王德超 贾蓬*. 时滞型岩爆的研究与预防综述. 采矿技术,2021,21(02): 57-60+71.
C. Wang, Z. Liu, Y. Peng, H. Li, G. Liu, D. Wang, P. Jia*. A review of research and prevention of time delayed rockbursts. Mining Technology, 2021,21(02): 57-60+71.
[Link]
2021 彭有, 刘刚, 汪驰宇, 王德超, 贾蓬*. 非均匀性对砂岩宏观蠕变特性的影响. 四川建材, 2021, 47 (05): 82-83+85.
Y. Peng, G. Liu,C. Wang, D. Wang, P. Jia*. Influence of nonuniformity on the macroscopic creep properties of sandstones. Sichuan Building Materials, 2021, 47 (05): 82-83+85.
[Link]
2021 刘哲汛,彭有,李皓然, 汪驰宇,刘刚,王德超 贾蓬*. 时滞型岩爆破坏特性研究综述. 山西建筑, 2021, 47 (02): 73-75.
G. Liu, Y. Peng, H. Li,C. Wang, Z. Liu, D. Wang, P. Jia*. A review of time delayed rockburst damage characterization studies. Shanxi Architecture, 2021, 47 (02): 73-75.
[Link]
2022-2027 中铁九局集团第四工程有限公司:沈阳地区砂土、黏土单一地层土压平衡盾构渣土改良技术研究
China Railway Ninth Bureau Group Fourth Engineering Co., Ltd: Research on Improvement Technology of Earth Pressure Balance Shield Soil Improvement for Sandy Soil and Clay Single Stratum in Shenyang Area
参与
Member
2022-2024 沈阳地铁集团有限公司:沈阳地区土压平衡盾构渣土改良及智能化分析系统
Shenyang Metro Group Co., Ltd: Shenyang Area Earth Pressure Balance Shield Slag Improvement and Intelligent Analysis System
参与
Member
2022-2024 沈阳市政集团有限公司:沈阳地区砂-黏、砂砾复合地层土压平衡盾构渣土改良技术研究
Shenyang Municipal Group Co., Ltd: Research on Improvement Technology of Earth Pressure Balance Shield Soil Improvement in Sand-Clay and Sand-Gravel Composite Ground in Shenyang Area
参与
Member
2021-2022 东北大学高年级本科生科研训练:沈阳地区盾构渣土综合利用研究
Northeastern University Senior Undergraduates Conduct Research Training: Research on Comprehensive Utilization of Shield Muck in Shenyang Area
参与/优
Member / Excellence
2020-2021 东北大学(2020)第十四批“国家级大学生创新创业训练计划”项目(201125):深部硬岩损伤破坏的滞后效应研究
Northeastern University (2020) 14th Batch of National Innovation and Entrepreneurship Training Program for Undergraduates (201125): Research on the Hysteresis Effect of Damage to Deep Hard Rock
参与/省级良好,最佳创意项目
Member / Provincial Good, Best Creative Project
2023 盾构泡沫视频图像点击快速切片软件V1.0
EPB Shield Foam Video Image Click Fast Slicing Software V1.0
2021 土木工程施工现场材料进出场管理系统V1.0
Civil engineering construction site material entry and exit management system V1.0
2023 东北大学硕士研究生二等奖学金
Northeastern University Master's Degree Second Class Scholarship
2022 东北大学硕士研究生一等奖学金
Northeastern University Master's Degree First Class Scholarship
2022 东北大学研究生新生校长奖学金
Northeastern University President's Scholarship for New Graduate Students
2022 东北大学优秀毕业生干部
Northeast University Outstanding Graduate Cadre
2022 东北大学一等奖学金
Northeastern University First Class Scholarship
2021 第三届“全国大学生结构设计信息技术大赛”A组三等奖
Third Prize of Group A of the Third "National College Students' Structural Design Information Technology Competition"
2021 东北大学三等奖学金
Northeastern University Master's Degree First Class Scholarship
2020 东北大学优秀学生干部
Northeastern University Master's Degree First Class Scholarship
2020 东北大学二等奖学金
Northeastern University Second Class Scholarship
2019 东北大学二等奖学金
Northeastern University Second Class Scholarship
2019 东北大学优秀团员标兵
Northeastern University Outstanding Communist Youth League Member Pacesetter
2023- 东北大学博士生会秘书处
Northeast University Doctoral Student Association Secretariat
2018-2022 土木1804班级学习委员
Civil Engineering 1804 Class Study Committee Member
Many thanks : QU ZheXinrui Tao
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