Dr. Yaohua ZHU graduated from the North-Eastern University of China in 1965. He received a degree of Doctor of Philosophy in metallurgy and materials science in 1983 and was conferred a higher doctor degree of Doctor of Science in applied science and engineering in 2006 at the Aston University UK. Four books and 114 peer reviewed articles were published. His recent researches focus on electropulsing induced phase transformations and their effects on electrical, optical and thermal properties of thin films of functional semiconductors.

Title: Electropulsing induced phase transformations in alloys and thin films of TCO and TE semiconductors
Abstract: Based on systematic studies of equilibrium and non-equilibrium transformations and the stress induced transformations, studies of electropulsing induced phase transformations of alloys and thin films of semiconductors, such as transparent conductive oxides (TCO) and thermoelectric (TE) materials: Bi-Te, AZO have been carried out. As one of the advanced processes, electropulsing increases plastic elongation of alloys about 437%. Under adequate electropulsing, phase transformations and microstructural changes were tremendously accelerated by factors of at least 6000 times, compared that in conventional aging processes in alloys. The electropulsing induced circular phase transformations ( quenching – up quenching , up quenching – quenching, … quenching – up quenching – quenching – up quenching etc. ) and preferred crystal orientation changes are quantitatively detected to complete within several seconds, in alloys and the thin films. Adequate electropulsing increases electric conductivity of the thin-films for 44.6% and 28.5%, respectively. The quantitatively detected multi-circulation of both the phase transformations and the preferred crystal orientation changes makes it possible to monitor microstructural changes and to enhance physical and optical properties of the thin films. The researches road map went through various aspects of the physical metallurgy, included thermal metallurgy, mechanical metallurgy, electro-metallurgy and electro-mechanical metallurgy, and was effective in studying and exploring application of the thin films of semiconductors, as shown in following figure

 

Professor, Advisor for Ph.D Candidate, Deputy Director of Institute of Advanced Manufacturing and Design, College of Mechanical Engineering, Zhejiang University of Technology. His interests include guided/robotic dental implanting and other sugery, 3D modeling of tissues based on CT images, digital design and topological optimal design of customized graft, biomechanical analysis and experimental measurement of manbibular graft/orthodontic model, personalized graft fabrication with Ti alloy or PEEK/PEKK material by 3D printing, animal experiment, aesthetic orthodontics (ligual/clear appliances), medical appliance development.

 

Prof. Weiguo Li is currently the Vice Dean (in charge of work) and Doctoral Supervisor of the College of Aerospace Engineering at Chongqing University. He has been selected for the National High-Level Talent Program, the Ministry of Science and Technology's Leading Talents in Scientific and Technological Innovation for Young and Middle-aged People, and the New Century Excellent Talents of the Ministry of Education. He is also the president of the Chongqing Mechanics Society and the director of the Chongqing Key Laboratory of Mechanics of Heterogeneous Materials. He holds concurrent positions as a committee member of the Solid Mechanics Professional Committee of the Chinese Society of Theoretical and Applied Mechanics, an expert committee member of the Lunar Exploration Mission of the Sixth Academy of Aerospace, and an expert on key areas of the Joint Fund for Basic Research on Large Aircraft. He leads several provincial and ministerial teams and serves as an editorial board member for multiple journals, and is a Fellow of the International Association of Applied Mechanics.
His main research directions are mechanical/physical properties quantitative characterization methods, theories of strengthening and toughening, testing techniques and instrumentation development of materials under extreme conditions. He has published over 220 SCI papers and has been granted 22 invention patents.

 

Dr. Raul Duarte Salgueiral Gomes Campilho completed the Título de Agregado in Habilitation in Mechanical Engineering in 2020/09/11 by Universidade do Porto Faculdade de Engenharia, Doutoramento in Ph.D. in Mechanical Engineering in 2009/06/25 by Universidade do Porto Faculdade de Engenharia, Mestrado in M.Sc. in Mechanical Engineering - Profile of Mechanical Constructions in 2006 by Universidade do Porto Faculdade de Engenharia and Licenciatura in Graduation in Mechanical Engineering - Transport Branch in 2003 by Instituto Politécnico do Porto Instituto Superior de Engenharia do Porto. Is Adjunct Teacher in Instituto Politécnico do Porto Instituto Superior de Engenharia do Porto, Researcher in Associated Laboratory for Energy Transports and Aeronautics and Deputy Director of the Master in Mechanical Engineering in Instituto Politécnico do Porto Instituto Superior de Engenharia do Porto. Published 280 articles in journals. Has 27 section(s) of books and 9 book(s). Participated in 90 event(s). Supervised 5 PhD thesis(es) e co-supervised 1. Supervised 142 MSc dissertation(s) e co-supervised 73. Has received 16 awards and/or honors. Participates and/or participated as Principal investigator in 1 project(s) and Researcher in 6 project(s). Works in the area(s) of Engineering and Technology with emphasis on Mechanical Engineering, Engineering and Technology with emphasis on Mechanical Engineering, Engineering and Technology with emphasis on Mechanical Engineering and Engineering and Technology with emphasis on Mechanical Engineering. In his curriculum Ciência Vitae the most frequent terms in the context of scientific, technological and artistic-cultural output are: Madeira; Estruturas; Reparação; Compósitos artificiais; Adhesive joint; Structural adhesive; Design of bonded joints; Experimental testing; Finite Element Method; Extended Finite Element Method; Meshless methods; Cohesive Zone Models; Composite materials; Numerical modelling of composite materials; Micromechanics; Macromechanics; Design of mechanical structures; Flexible production; Automation; Robotics; Actuator systems

 

Dr. Bagheri is an assistant professor in the Department of Mechanical Engineering and the director of the Advanced Materials and Manufacturing Lab at George Mason University, US. She is also an affiliate scientist at KITE Research Institute in Toronto, Canada, a world leader in complex rehabilitation research. Prior to her current role, she was an assistant professor at Ontario Tech University in Canada. Her research focuses on utilizing advanced manufacturing techniques to fabricate innovative materials that can respond to various stimuli for real-world applications, including footwear outsoles, battery electrodes, and lightweight structures for biomedical, aerospace, automotive applications. Dr. Bagheri's research has been featured by prominent media outlets, including BBC News and the Discovery Channel. She holds one patent, has two others pending, and has authored or co-authored several articles and conference proceedings published in highly reputable journals. Additionally, Dr. Bagheri has served as a guest editor for Bone and Tissue Regeneration Insights and is a reviewer for several materials, mechanical, and biomedical engineering journals. She is currently an editor for the Biomechanics journal, overseeing a special issue on "Advances in Sport Injuries.

 

Michael T. Todinov is a professor of mechanical engineering at Oxford Brookes University, UK. Prof. Todinov obtained a PhD in mechanical engineering from the University of Birmingham and a higher doctorate (DEng/DSc equivalent) in mathematical modelling from the University of Birmingham. Prof Todinov pioneered research on reliability analysis based on the cost of failure, repairable flow networks, domain-independent methods for reliability improvement and reverse engineering of algebraic inequalities. In the areas of mechanical engineering, materials science, reliability, risk and mathematical modelling, Prof Todinov authored six books with reputable academic publishers and more than 150 research papers. In 2017, he received the prestige award of the Institution of Mechanical Engineers (UK) in the area of risk reduction in mechanical engineering.