The developed original principles and approaches for advanced
materials and composites (ferro-piezoelectrics, nanostructures,
functional materials and polymeric structures etc.) defines the
main achievements and directions of modern natural and technical
sciences, technologies, techniques and industry. Direct improvement
of the materials and devices characteristics are based on numerous
chemical, physical and mechanical studies, modern numerical
approaches and methods of mathematical modeling and physical
experiment. These PHENMA 2018 proceedings are devoted to
development and solution of different actual problems into
framework of the above-mentioned scientific directions. The
proposed book presents interesting original results in theoretical,
computational and experimental methods, which allow manufacturing
nano-materials and composites (for example, ferro-piezoelectrical
and environmentally-friendly), and other materials in different
scale levels with before given and improved properties. The
materials could be obtained due to reprocessing natural materials,
wasters, fruits and plants. These proceedings also discuss results
of mathematical modeling and experimental studies of advanced
devices (piezoelectric transducers, energy-harvesters, different
sensors, medical devices etc.). The presented studies are based on
the new generation nano-materials, ferro-piezoelectrics and other
structure-sensitive materials with special properties. The book
treats promising modern nano- and microstructure techniques for
manufacture of different novel materials (for example,
nanostructures) and devices, which are very important for
educational purposes and industry, unification and development of
various expertises, designs and analyzes. The book presents new
results of internationally recognized scientific teams in different
areas of materials science, condensed matter physics, physical and
mechanical theory and experiment, processing techniques and
engineering of advanced materials and composites, numerical methods
and numerous applications. These results are devoted to R&D of
advanced piezo-ferroelectrics, nanostructures, other promising
materials and composites with specific properties, based on the
developed processing techniques and modern approaches of chemistry,
physics, mechanics and materials science, and also wide spectrum of
applications including industry and marketing. The book presents a
wide spectrum of results, obtained on the base of original
mathematical models, physical experiments, computer modeling, and
nano- and piezoelectric applications. This collection presents 50
selected reports of the 2018 International Conference on "Physics,
Mechanics of New Materials and Their Applications" (PHENMA 2018,
August 9-11, 2018, Busan, South Korea),
http://phenma2018.math.sfedu.ru. The book is addressed to students,
post-graduate students, scientists and engineers, investigating and
developing a new generation of nano-materials and nano-composites,
piezo-ferroelectrics, other advanced materials with
structure-sensitive properties, and also different devices,
manufactured on their base and used in numerous applications in
various areas of science, technique and technology. The book
presents new research methods and scientific results in the
condensed matter physics, materials science, physical and
mechanical experiment, processing techniques and engineering of
nanomaterials, piezoelectrics and other advanced materials and
composites, numerical methods, and also different applications and
developed devices.
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