2018年材料强度和应用力学国际会议（MSAM 2018）
会议简介：为给材料力学相关领域的专家学者及工程人员等营造良好的学术交流氛围，第一届材料强度和应用力学国际会议将于2018年4月10日至13日在日本北九州市召开。本次会议旨在搭建一个国际性合作交流平台，使该领域内知名学者和产业界人士能充分分享研究成果与经验，探讨所面临的问题与动态，就相关科技发展的前沿展开广泛深入的学术交流研讨，以推动材料力学的应用进程。
本次会议设主题报告、特邀报告、口头报告和张贴报告等四个环节，欢迎广大科研工作者积极投稿参会。
International Conference on Material Strength and Applied Mechanics (MSAM 2018) will be held from April 10th to 13th, 2018 in Kitakyushu City, Japan. MSAM 2018 will represent a broad forum for all aspects of material strength to promote our fundamental understanding of material strength under different conditions. MSAM 2018 will also provide an opportunity to present and discuss recent analytical, experimental and computational results in the field of Applied Mechanics to bridge the gap between physical theory and its application to technology. The plenary session will include Keynote Speeches, Invited Speeches, Poster Presentations and Oral Presentations.
Kitakyushu city has developed around heavy and chemical industries since the government-run Yawata Steel Works began operations in 1901, and has underpinned industrial modernization and rapid economic growth in Japan. Recently, a concentration of industries has gathered in Kitakyushu that includes robotics, auto, and telecommunications industries. Kitakyushu has several beautiful areas such as the Kanmon Straits area, Mojiko Retro, and the Kokura Castle area.
On behalf of the Organizing Committee, we cordially invite you to attend MSAM 2018 and we look forward to meeting you all in Kitakyushu, Japan!
征稿主题：
Strength of Materials
Fatigue
Stress Analysis
Solid Mechanics
Fracture Mechanics
Cyclic Deformation
High strength alloys
Ductile and Brittle Fracture
Mechanics of Nano-materials
Mechanics of Biomaterials
Materials Forming
Plastic Deformation
Phase Transformations
Materials Engineering
Notch Mechanics
Mechanics of Metals
High Temperature Deformation
Adhesion and Interfacial Strength
Numerical methods and optimal design of structures
Applied Mechanics
Vibration
Contact Mechanics
Structural Mechanics
Particle Mechanics
Boundary Layers
Drops, Bubbles and Multiphase Flows
Wave Propagation
Welding & Joining
Heat and Mass Transfer
Experimental Mechanics
Renewable Energy Mechanics
Surface Engineering/coatings
Scale Bridging Materials Modeling
Plasticity, Fracture, and Damage Mechanics
Computational Mechanics
Rolling Mechanics
Materials Properties, Measuring Methods and Applications
【材料强度领域】材料疲劳、应力分析、固体力学、断裂力学、失效破坏、弹性变形、循环变形、高强度合金、韧性和脆性断裂、纳米材料力学、生物材料力学、材料成型、塑性变形、相变、材料工程、金属力学、高温变形、附着力和界面强度、材料的屈服强度、结构的数值方法与优化设计、材料的加工硬化特性、高温蠕变、黏弹塑性等
【应用力学领域】振动学、接触力学、弹性力学、固体力学、流体力学、流变学、结构力学、质点力学、断裂力学、边界层、多相流动、波传播、焊接连接、热质传递、工程结构实验力学、可再造能源力学、表面工程、材料建模、塑性、断裂和损伤力学、计算力学、滚动力学、材料性能、测量方法及应用等
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