Prof. Jianxing Wang（王建省 教授）
North China University of Technology（北方工业大学）
Civil engineering, architectural engineering, ancient structures, road and bridge structures, engineering seismic
Wang Jianxing, was admitted to Beijing Institute of Technology(BIT) in 1982. In 1989, he graduated from BIT and worked in the Branch of Beijing Institute of Iron and Steel, where he served as assistant professor and lecturer successively. In 1997, he was transferred to North China University of Technology(NCUT), where he served as associate professor, Professor, responsible Professor, vice chairman of the Department, academic member, academic degree member and member of Teaching Guidance Committee. Excellent mechanics teachers in Beijing, excellent mechanics teachers in China. He taught more than 10 mechanics courses and created a lecture hall of science, technology and culture. He presided over and participated in nearly 20 projects, including the Natural Science Foundation of China(NSFC), the Beijing Natural Science Foundation(BNSF), the "practical training plan" for high-level talents in Beijing universities and horizontal projects, presided over more than 10 open experiments, and published 140 EI, ISTP, core papers, etc.
Expert of China National Architecture Research Association of the state people's Committee, expert and Deputy Secretary General of the construction reinforcement Committee of the state people's Committee, senior consultant of the surname Committee of China National Minority Cultural Protection Association of the state people's Committee, director of the science and Technology Innovation Committee of the Chinese society of science and technology news, degree general evaluation expert of the Ministry of education, special expert of China's science and technology papers, evaluation expert of the Natural Science Foundation Committee of the state and three provinces and cities, state and There are more than 20 titles, such as evaluation expert of science and technology award of Beijing and two provinces, judge of National Youth Science and technology innovation competition sponsored by China Association for science and technology and the Central Committee of the Communist Youth League, consultant of China's high and new technology enterprises, vice president of Hebei Machinery Enterprise Management Association.
Invited by the government, enterprises, institutions, organizations, business associations and well-known people, attend social welfare, project review, guest report, enterprise visit, organization inspection, project discussion, academic exchange and other activities. Establish more than ten production, learning and research bases nationwide.
Research on Mechanical Properties of Mortise Tenon Joints with Sparrow Joint in Large Wood Structure of Chinese National Architecture
Assoc.Prof. Lina Xu（徐丽娜 副教授）
Jilin Jianzhu University, China（吉林建筑大学）
Pile foundation; fiber-reinforced cemented soil; new Building Materials
Study on characteristics and shear model of interface between multi-expanded-plate concrete pile and soil around the expanded branches, 52008185, Funded by National Natural Science Foundation of China, 2021.01-2023.12. (as project leader)
Study on mechanical properties and mechanism of basalt fiber soil-cement in complex environment, JJKH20200283KJ, Funded by Education Department of Jilin Province, 2019-2020. (as project leader)
Study on the risk assessment of debris flow in Songhua River Area in Jilin Province, 20170520085JH, Funded by Department of Science and Technology of Jilin Province, 2017-2019. (as project leader)
Research on the cultivation mode of the excellent civil engineers based on the concept of "OBE", GH16301, Funded by Scientific of education project in Jilin Province, 2016-2017. (as project leader)
Study on the failure principle of the soil around the pile and pullout-resistance beating capacity of the concrete extrunded-expanded-plates pile under the horizontal load, 51678275, Funded by National Natural Science Foundation of China, 2016-2020. (As a participant, I am responsible for the study of indoor simulation test.)
Study on the stress mechanism and ultimate bearing capacity of new epoxy concrete tress structures, 51678274, Funded by National Natural Science Foundation of China, 2016-2020. (As a participant, I am responsible for the study of theoretical analysis.)
Experimental study on mechanical behavior of basalt fiber reinforced cemented soil subjected to complex environment in season frozen zone
In the seasonal frozen area, the freezing-thawing cycles and the erosion of the external environment are the main factors affecting the strength of cemented soil. It is an important topic to explore the development law of mechanical properties of cemented soil subjected to the complex environment in the seasonal frozen area and how to improve its mechanical properties. In this paper, a series of unconfined compressive strength tests, freezing-thawing cycle tests, salt freezing tests were carried out to analysis the influence of fiber content and fiber length on the mechanical properties of cemented soil. And then the influence of curing temperature, curing time, number of freezing-thawing cycles, salt freezing environment on the mechanical properties of basalt fiber reinforced cemented soil was discussed. The results show that the strength of basalt fiber reinforced cemented soil presents a generally convex curve with the increasing of fiber length, and the curve finally tends to the strength of cemented soil without fiber under the same fiber contents. It shows that the fiber distribution uniformity and fiber distribution density have great influence on the strength. The strength of basalt fiber reinforced cemented soil presents a wavy curve with the increasing of fiber content, the second wave peak value is less than the first wave peak value and the curve finally tends to a fixed value under the same fiber length. As the number of freeze-thaw cycles increased，the strength of the fiber-reinforced cemented soil tended to decrease． The strength of cemented soil without fiber decreased the most． The relationship between the strength and the number of freeze-thaw cycles was linear. Under the same number of freezing-thawing cycles, the damage degree of basalt fiber reinforced cemented soil is sulfate-freezing > mixed salt freezing > chloride salt freezing > water freezing. The research shows that the addition of basalt fiber can not only improve the mechanical properties of cemented soil, but also improve the resistance to the influence of complex environment such as freezing-thawing and salt freezing. The study in this paper can provide some reference for the application of basalt fiber reinforced cemented soil in the complex environment of seasonal frozen area.
Assoc.Prof. Fan Hongqin（樊宏钦 副教授）
Hong Kong Polytechnic University, Hong Kong, China（香港理工大学 建筑及房地产学系）
Construction equipment management, construction information technology, construction economics, sustainability
Dr. Fan Hongqin’s research expertise and interests are in the general area of construction management, especially in construction equipment management, and application of ICT and big data technology for decision support in construction and project management. Dr. Fan is currently the members of HKICM, and CIOB. He is the programme leader of BSc (Hon) programme in Building Engineering and Management at Hong Kong PolyU. He has many research projects funded by Hong Kong SAR government, Chinese government and the University, with over 40 publications in top-tier international journals and international conferences.
Retrofitting diesel-powered construction equipment for clean construction in Hong Kong
Construction equipment is the power house in construction of buildings and infrastructure projects as many activities, such as land preparation and excavation, foundation works, installation works, concrete works, mainly rely on heavy equipment for implementation. However most construction equipment items are diesel powered and emit toxic pollutants of particulate matters (PM), Nitrogen oxides (NOx), unburned hydrocarbons (HC), carbon monoxide (CO), which are important sources of air pollutions detrimental to the health of construction workers and the general public near the site. This study briefly summarizes the available retrofitting and emission reduction technologies of diesel engines in terms of their affordability, effectiveness, technology maturity, services and support through literature review and analysis, and then applies selected retrofitting technologies to the current in-service construction equipment and evaluate their cost benefits through life cycle analysis on selected construction equipment from a large general contractor in Hong Kong. Recommendations are made on how the government can provide supports and inventive to the contractors so that the main contractors can take progressive actions to retrofit and upgrade of their equipment fleet to achieve clean construction in project development, while in the same time, operate with a viable financial plan to reduce its impact on project budget.
Assoc.Prof. Ying Cui（崔莹 副教授）
Xi’an Shiyou University, China（西安石油大学）
Strength Theory and Its Application, Dynamic Response of Structure Under Impact Load
Ying Cui, associate professor, doctor of civil engineering (post), who graduated from the school of civil engineering, Chang'an University. He is currently the director of the department of civil engineering and the head of the undergraduate major of civil engineering in Shiyou university. He is a visiting scholar of Manchester University in the UK. He is mainly engaged in civil engineering and mechanics related professional teaching and research work. His research field is the evaluation of blast resistance of structural members. Moreover, he also does some researches in the aspects of mechanical strength theory and its application.
Dr. Tianrong Wang（黄天荣 高级工程师）
Shanghai Urban Construction Vocational College（上海城建职业学院）
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