Computational Mechanics for Nano-/Bio-Structures and Materials in Engineering Applications
Shu-Wei Chang, National Taiwan University
Zhiping Xu, Tsinghua University, Beijing, CHINA
Seunghwa Ryu, Korea Advanced Institute of Science and Technology
Denvid Lau, City University of Hong Kong
The past decade has witnessed exciting advances in the understanding of mechanical behaviors of synthetic and biological materials with low-dimensional and nanoscale building blocks, which demonstrate great potential in a wide range of engineering applications in the energy, environment and biomedical industry. Their rational design within the space of microstructural hierarchy and complexity urges the development of novel theoretical frameworks and advanced computational methods. Promising achievements have been made by bridging the atomic description of materials and continuum-level structural analysis, as well as a wide variety mesoscale approaches such as dislocation dynamics, coarse-graining, front-tracking and event-driven models. This symposium will focus on the research in computational mechanics for nano- and bio-structures and materials, including but not limited to carbon nanostructures, two-dimensional materials, biopolymers and their composites, to represent the cutting-edge multidisciplinary research across multiple length and time scales.
Shu-Wei Chang, National Taiwan University
Zhiping Xu, Tsinghua University, Beijing, CHINA
Seunghwa Ryu, Korea Advanced Institute of Science and Technology
Denvid Lau, City University of Hong Kong
The past decade has witnessed exciting advances in the understanding of mechanical behaviors of synthetic and biological materials with low-dimensional and nanoscale building blocks, which demonstrate great potential in a wide range of engineering applications in the energy, environment and biomedical industry. Their rational design within the space of microstructural hierarchy and complexity urges the development of novel theoretical frameworks and advanced computational methods. Promising achievements have been made by bridging the atomic description of materials and continuum-level structural analysis, as well as a wide variety mesoscale approaches such as dislocation dynamics, coarse-graining, front-tracking and event-driven models. This symposium will focus on the research in computational mechanics for nano- and bio-structures and materials, including but not limited to carbon nanostructures, two-dimensional materials, biopolymers and their composites, to represent the cutting-edge multidisciplinary research across multiple length and time scales.
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