沈阳建筑大学  设计艺术学院  副教授

日本北九州市立大学  博士学位  建筑设计 

中国建筑学会会员；中国图象图形学会会员；全国高等学校计算机基础教育研究会数字创意专家委员会副秘书长；辽宁省美术家协会动漫艺委会理事；全国数字艺术设计大赛评审专家；沈阳市科技局评审专家；教育部学位中心论文评审专家;辽宁省教育厅高校本科专业评估专家.

科研项目：

1.辽宁省教育厅, 面上项目, JYTMS20231583, 基于GIS平台的辽宁历史文化街区色彩信息数据库设计与应用研究, 2023-08 至 2025-07,  在研, 主持；

2.辽宁省教育厅, 青年项目, lnqn202027, 沈阳市旧工业区城市空间色彩体系研究, 2020-08 至2023年8月,结题，主持；

3.住建部, 一般项目, 2015-R2-053, 东北寒地美丽乡村肌理保护与改善发展研究, 2015-01 至 2018-12 ,结题, 主持；

4.基于“一带一路”战略背景的辽宁数字媒体艺术产业发展模式及对策研究，辽宁省教育厅课题，W2015325，2015-07至2018-07，主持；5.辽宁省教育厅, 一般项目, LJKR0217, 沈阳特色区域文化创意产业发展模式研究, 2021-07 至 2023- 06, 结题, 参与；

6.“健康中国”指导下的辽宁住区健康景观设计理论及方法研究，辽宁省教育厅一般课题，lnjc202001，2020-08至2022-07,主要参与人；

7.辽宁省社科联, 一般项目, 2021lslwzzkt-043, 用新媒体塑造辽宁视觉形象的建议, 2020-09 至2021-09, 结题, 参与

8.基于服务设计思维服务触点过程研究，辽宁省教育厅课题，lnqn201922，2019-07至2021-07，主要参与人；

9.沈阳“两陵一宫”空间色彩元素采集与数据化研究 沈阳建筑大学校级课题 2017010，2017-03至2018-03，主要参与人；

10.辽宁省科技厅, 一般项目, 20170540758, 基于雨水径流削减的辽宁省城市绿地生境营造模式及适应性 , 2017-05 至 2019-04, 参与；

11.辽宁省社科规划基金, 重点项目, L16AGL014, 沈阳故宫清代一条街的保护与传承研究, 2016-11 至 2017-11,参与；

12.寒地校园开敞空间风景园林微气候适应性设计理论及方法研究，辽宁省教育厅一般课题，LJZ2016010，2016-07至2018-06，主要参与人；

1.Mei Lyu, Yumeng Meng, Weijun Gao, Yiqing Yu, Xiang Ji, Qingyu Li, Gonghu Huang, Dong Sun. Measuring the perceptual features of coastal streets: a case study in Qingdao, China[J].Environmental Research Communications, 2022, 4(11): 115002.（SCI论文）

2.Mei Lyu, Junjie Liu, Fujian Zhou.A method for evaluating the visual quality of wetland park landscapes: a case study of qianlu lake wetland park in Wuping, China[J].Environmental Research Communications, 2024 ，6（10）：105024.（SCI论文）

3.Mei Lyu，Shujiao Wang ，Jiaxuan Shi , Dong Sun , Kangting Cong ，Yi Tian.Visual Satisfaction of Urban Park Waterfront Environment and Its Landscape Element Characteristics,Water,2025, 17, 77(SCI论文）

4.吕美 ,王湘荃,孙冬,黄功虎 . 基于街景图像测量的城镇建筑色彩质量评价方法研究——以加州伯克利为例, 小城镇建设, 2023, 41(05): 32-41

5.吕美,郭佳欣.沈阳城市色彩现状研究, 美术大观, 2018.冬季, （2）(362): 128-129（北大核心）

6.Dong Sun ,Xiang Ji ,Mei Lyu , Yao Fu ,Weijun Gao.Evaluation and diagnosis for the pedestrian quality of service in urban riverfront streets[J].Journal of Cleaner Production,452 (2024) 142090.（SCI论文）

7.Gonghu Huang , Yiqing Yu , Mei Lyu , Dong Sun , Bart Dewancker, Weijun Gao. Impact of Physical Features on Visual Walkability Perception in Urban Commercial Streets by Using Street-View Images and Deep Learning[J].Buildings 2025.15.113.（SCI论文）

8.Yumeng Meng , Dong Sun , Mei Lyu, Jianing Niu, Hiroatsu Fukuda.Measuring human perception of residential built environment through street view image and deep learning[J].Environmental Research Communications,2024, 6(05): 095023.（SCI论文）

9.Yumeng Meng ,Jiaxuan Shi ,Mei Lyu , Dong Sun, Hiroatsu Fukuda.Research into the Influence Mechanisms of Visual-Comfort and Landscape Indicators of Urban Green Spaces[J].Land 2024.13.1688.（SCI论文）

10.Gonghu Huang；Yiqing Yu； Mei Lyu； Dong Sun； Qian Zeng；Dewancker Bart.Using Google Street View panoramas to investigate the influence of urban coastal street environment on visual walkability,Environmental Research Communications, 2023(6).(SCI论文）

11.Mei Lyu；JiaNing Niu; ZhongQiu Sun; Dong Sun ; ; Research on Environmental Colour of Shenyang South Canal Waterfront Park Based on SD Method，2023 International Conference on Industrial Design and Environmental Engineering, IDEE 2023, 中国郑州, 2023-11-24至2023-11-26.（会议论文）

12.Mei Lyu;Meiqi Yang; Xiangquan Wang; Junjie Lin ; The Building Color Quality Evaluation of Urban Commercial Street Based on Python Grabbing Street View Image: Taking Shenyang Xita Street as an Example, ICICA 2022 Conference Proceedings, 中国重庆, 2022-12-2至2022-12-4 （会议论文）

13.Mei Lyu;Yumeng Meng; Weijun Gao; Gonghu Huang ：Assessing the Streetscape Color Quality of Zhongshan Road Historic District in Qingdao,China, The 18th international conference of Asian Urban Environment hybrid conference, Kitakyushu,Janpan, 2021-12-04至2021-12-05（国际会议）

14.Mei Lyu；Jiahao Liu; Hengyu Zhang; Dong Sun ; Research on color planning of campus building in Shenyang university, 2020 10th Chinese geosynthetics conference and international symposium on civil engineering and geosynthetics,ISCEG2020, Chendu China, 2020-9-23至2020-9-27（会议论文）

15.Mei Lyu;Yumeng Meng; Weijun Gao; Gonghu Huang ：Assessing the Streetscape Color Quality of Zhongshan Road Historic District in Qingdao,China, The 18th international conference of Asian Urban Environment hybrid conference, Kitakyushu,Janpan, 2021-12-04至2021-12-05（国际会议） 

16.JiaNing Niu; Mei Lyu; MeiQi Yang; XiangQuan Wang ; Color Quality Evaluation of Urban Block Buildings Based on Artificial Intelligence and Street View Images: A Case Study of Zhongshan Road Historical and Cultural District in Shenyang, ICIMI 2023, 中国郑州, 2023-5-12至2023-5-14 （会议论文，通讯作者）

17. MeiQi Yang; Mei Lyu ; JiaQi Tong; Dong Yue; MingQi Gan ; Assessing the Building Color Quality of urban commercial pedestrian street: Taking Shenyang Middle Street as an Example, The 19th International Symposium and Conference of Asia Institute of Urban Environment, Yokohama, Japan, 2022-12-2至2022-12-4 （国际会议，通讯作者）

18.Zhongqiu Sun; Mei Lyu; Yiqing Yu; Meiqi Yang; Dong Sun ; Research Status and DevelopmentTrend of Urban Color in China, International Conference Innovation for Sustainable Maritime Architecture Research and Technology 2022, Qingdao University of Technology, 2022-3-18至2022-3-21（国际会议，通讯作者）

19.Yiqing Yu; Mei Lyu; Qingyu Li; Yumeng Meng; Dong Sun ; Visual quality evaluation of streetscape using Baidu Street View images: a case study of historical district on Zhongshan Road in Shenyang, China, International Conference Asian Institute of Low Carbon Design 2020, The University of Kitakyushu, Kitakyushu (Japan), 2022-3-4至2022-3-6 （国际会议，通讯作者）

20.GongHu Huang;  Mei Lyu; YuXi Wang ; Analysis of Influencing Factors in the Design of Pedestrian Guidance System in Coastal Cities- Takeing Dalian as an Example, The 17th International Symposium and Conference of Asia Institute of Urban Environment, Qingdao University of Technology, 2020-12-19至2020-12-19（国际会议，通讯作者） 

21.Mingqi Gan;Mei lyu. Investigation on Visual Communication Design Based on Information Systems, 2nd International Conference on Data Analytics, Computing and Artificial Intelligence, ICDACAI, 2023-10-17至2023-10-19（国际会议）