In the quest for knowledge, it is not uncommon for researchers to push the limits
of simulation techniques to the point where they have to be adapted or totally new
techniques or approaches become necessary. True multiscale modeling techniques
are becoming increasingly necessary given the growing interest in materials and
processes on which large-scale properties are dependent or that can be tuned by their
low-scale properties. An example would be nanocomposites, where embedded nanostructures
completely change the matrix properties due to effects occurring at the
atomic level. Complex physical systems like nanocomposites, fuel cell membranes,
electrolyte systems, and polymer systems owe some of their properties to processes...
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MULTISCALE MODELING FROM ATOMS TO DEVICES
MULTISCALE MODELING FROM ATOMS TO DEVICES
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Mathematical Modelling Polymer Stabilizers Molecular Implications Probability Catalyst Composition Cancer Therapy Calculus of Variations Solution Techniques Integral Transforms Complex VariablesTài liệu có liên quan:
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