1. <acronym id="kanwj"></acronym>

    <strong id="kanwj"></strong>
    <span id="kanwj"><output id="kanwj"><nav id="kanwj"></nav></output></span>
    <ol id="kanwj"><output id="kanwj"></output></ol>

    當前位置: 首頁  講座會議
    【材智論壇】材料學院迎百年校慶系列報告(一)香港理工大學機械工程系M.W. Fu教授學術講座通知
    [ 作者: 來源:材料科學與工程學院 瀏覽:253 錄入時間:2019年07月12日 ]

    報告題目: Damage and fracture in multi-scaled deformation-based manufacturing

    報告時間:20197151000 - 1100

    報告地點: G202

    報告摘要:Deformation-based manufacturing is one of most practical and efficient manufacturing processes to fabricate net-shape or near-net-shape parts via plastic deformation of materials. Recently, this traditional manufacturing process has been being revitalized as many attractive and unique advantages and characteristics including high productivity and efficiency, superior mechanical properties, excellent material utilization, low production cost, and being able to fabricate the complex geometries and features of deformed parts cannot be replaced by other manufacturing process. With the ever-increasing costs of materials, energy, and manpower, more and more strict requirements from environment-friendly and sustainable development perspectives, and the marginal profit of this traditional manufacturing, the design of deformed parts, forming process, tooling and the entire forming system, as well as defect prediction, avoidance and the assurance and control of the deformation made product quality are becoming more and more critical. All of these are related to the initiation, growth and development of damage and fracture in manufacturing and further in product service. Therefore, an in-depth understanding of damage and fracture behaviors and an extensive insight into the formation and occurrence mechanisms of the damage and fracture is crucial. In this talk, the mechanisms of initiation, coalesce, growth and development of voids in plastic deformation, formation and occurrence of damage and fracture, behaviors of damage and fracture in multi-scaled deformation, prediction criteria of damage and fracture, and prediction and avoidance of damage and fracture related defects via modeling, simulation and analysis base on case studies will be presented. The talk will give an overview of the state-of-the-art in damage and fracture study.


        M.W. Fu(付銘旺),香港理工大學機械工程系教授,主要研究方向有先進材料加工、數值建模與仿真、產品設計與開發以及細觀力學等,共發表SCI期刊論文190余篇,其中一半以上論文發表在相應學科前10%SCI期刊上,由Marcel Dekker (New York), Springer-Verlag London Ltd, CRC Press, Taylor & Francis Group, and Elsevier等國際頂尖出版社出版英文專著5本,并擔任多家國際著名期刊Int. J. of Plasticity, Materials and Design, Int. J. of Damage Mechanics, Int. J. of Adv. Manu. Tech.的編委,主持包括中國國家自然科學基金重點項目在內的多項基礎與應用研究項目,經常應邀在德國、俄羅斯、英國、美國、澳大利亞等多個國家知名國際會議上作主旨報告或大會報告,并在全球一些頂尖大學進行演講。