Prof. Jiesheng Liu, Vice Dean of School of Civil Engineering and Architecture, Wuhan Polytechnic University, China
Biography: Jie Sheng Liu, born in 1980, Ph.D., Professor, master supervisor, winner of excellent doctoral dissertation in Hubei Province, is currently the vice president of the College of civil engineering and architecture. He mainly teaches courses such as civil engineering materials and professional English. He carries out scientific research on new building materials, waterproof materials, waste utilization, building protection and durability research. Prof. Liu has gained many provincial and municipal science and Technology Award, more than 20 international and domestic journal reviewers, presided over more than 20 scientific research projects, such as the National Natural Science Foundation of China, the natural science foundation of Hubei Province, the excellent young and middle-aged project of Hubei Provincial Department of education, the scientific research project of Hubei Provincial Department of communications, the open fund of national key laboratories, the open fund of key laboratories of the Ministry of education, and the special project of basic business expenses of central universities, In 2021, he won the talent project of "1000 leading talents gathering plan" in Suqian City, Jiangsu Province. He has published more than 170 papers, of which more than 70 were included in SCI/EI. Besides, he has 12 invention patents, edited or co edited 5 textbooks were edited and published 1 academic monograph. His master students were approved to be the "national model of 100 graduate Party members" and the "Yangtze River student" in Hubei Province, some master students have won the "National Scholarship" of the school for many consecutive years.
Speech Title: Research of High Performance Polymer Mortar Materials with Silane
Abstract: Silane additives were used in mortar in varying proportions, and the effect of the silane content on basic properties, the mortar’s corrosion cracking resistance and durability properties was studied. Compared with the plain mortar, mortar samples with silanes exhibited better performance when subjected to freezing-thawing cycles and chemical and carbonation corrosion. The addition of silanes also results in the formation of chemical bonding across the interface, which is helpful for\improving crack resistance. Additionally, mortar samples with silanes. For mortar samples with silanes, the effect of the types and quantity of silanes on the crack resistance of mortar and carbonation corrosion is not obvious. Scanning electron microscopy images show that silanes perform the networking and “coupling” effect to hold mortar particles, resulting in the improvement of mortar durability.
Prof. Dr. Fauziah Ahmad, Universiti Sains Malaysia, Malaysia
Biography: Prof. Dr. Fauziah Ahmad is a Professor in Geotechnical engineering also serves as Honorary Professor, Geotechnical Engineer and a Researcher at School of Civil Engineering, Universiti Sains Malaysia, Engineering Campus, Penang. She obtained her Diploma from UTM, BSc (Hons) and PhD from University of Strathclyde, Glasgow, UK. She has been teaching Geotechnical Engineering courses and other civil engineering courses for more than 33 years. Has been appointed as Program Chairman, Deputy Dean at School and Deputy Dean of Postgraduate Studies. Has lead a Task force under Postgraduate Deans Council where head of program for Roadmap of Postgraduate studies in Malaysia 2017-2025. She has been involved in the development of hill slope where she was appointed as Penang State Geotechnical Council and technical committee member in reviewing Penang State development. Currently she is the President of MyIGS an International Geosynthetics Society for Malaysian Chapter and President of Asia Pacific Women Inventor and Innovator Network. She is actively involved in consultancy works on Geotechnical assessment and stability studies especially in the state of Penang and Perak. Actively involved in Asean Geotechnical Technical Committee (ATC10 – Urban Geoinformatic and ATC 1: Geodisaster in Climate Change) in collaboration with Japanese Geotechnical Society in establishing works using GIS Geotechnical Database research and Geodisaster in Climate Change. Her research interest is in the area of slope stability, landslide, ground improvement and Urban Geoinformatic (GIS Application). She has published her work in more than 200 papers in journals and proceedings locally and internationally. She has supervised PhD and Master in Research of more than 30 graduated and more than 90 Final Year Projects students. Through her research, she has produced innovation products and has been recognized nationally and internationally through competitions and exhibitions. Her achievements gained recognition as Women Inventor, World Scientific Award at the World Innovation Achievement Award, European Women Inventor and Innovator Network International (EUWIIN) in Sweden and in Seoul since 2008 to date. Among other awards she has acquired are the Grand Prize, KIWIE Prize, and Special Award and cumulative of gold, silver and Bronze medallist for more than 37 awards. With granted of two patents, one trademark and two copyright for the Inventions.
Speech Title: Sustainability of Slope Stabilization Techniques in Malaysia
Abstract: The monsoon season for the few years has an impact to Malaysia tremendously and in the recent events in recent years has affected the land in devastated conditions where, hill slope landslide, erosion and flood took place around Malaysian states. This has affected many areas which are affected close proximity to hillside area due to heavy rainfall and stormy weather. This was due to monsoon season and climate change conditions, however these occurrences were not normal which has accounted many slope failure, building construction collapse and riverbank collapse. A case study a series of failure occurred at the surrounding slope in Penang and other states has occurred over the past 10 years and therefore remedial work were carry out to improve the slope on site. During the seasonal rainfalls the slope was heavily eroded and all the trees and grouted slope which was in placed before, fail to sustain from the water movement. Then a site assessment were done with a series of Soil Resistivity test on site were then explored to foresee the major problems and to counter the stability. By doing this investigation, the purpose is to understand, analyse and rectify the situation of slope failure. From this study, we have conducted the soil mapping of the ground to further understand the soil condition so that all the counter measures can be done effectively. The rectified was done as an emergency condition and was prepared immediately; therefore, soil nailing and grouting method were proposed along with different counter measure to stabilized the slope. The stabilization of the slope or riverbanks was done under three weeks and the monitoring was done to measure the ground water level conditions and inclination of ground movement after constructions. From the study it shows that after rectification and placing the right infrastructure to the slope, the system in place are now stabilized and able to cater heavy downpour after completion.
Prof. Xiuxin Wang, Southeast University, China
Biography: Prof. Xiuxin Wang is currently a professor and doctoral supervisor of the Department of building engineering, School of civil engineering, Southeast University, and a part-time vice president of the Graduate School of Southeast University. He also serves as the director of the seismic theory Committee of China Architecture Society, the deputy director of the Seismic Professional Committee of Jiangsu Civil Architecture Society, the member of the building structure Professional Committee of Jiangsu Civil Architecture Society, the director of Jiangsu Earthquake Engineering Society, and the national first-class registered structural engineer of the architectural design and Research Institute of Southeast University. He recieved post doctor in earthquake engineering, Department of civil engineering, Faculty of industrial engineering, Polytechnic University of Madrid. In 1999, he was engaged in visiting research in the Department of civil and structural engineering of the Hong Kong Polytechnic University. His main research includes 1. Structural design theory of high-rise buildings and disaster resistant design of building structures; 2. Building structure identification and safety assessment, building reconstruction and reinforcement works, structural damage detection and health diagnosis; 3. Bridge design and seismic isolation; Geotechnical engineering, underground engineering and tunnel engineering design and disaster resistance; 4. Disaster resistant design and management of municipal infrastructure; 5. Building structure system design and volume optimization, building sustainable development, urbanization and human settlement environment design, etc. He has completed many national and provincial natural science fund projects, won the third prize of the national science and technology progress award, two national excellent course groups (main members), compiled two books, and published more than 60 papers in domestic and foreign core journals and international conferences.