``UNIFIED MICROMECHANICS THEORY of Composites” by Buryachenko has been created (see https:// arxiv.org/abs/2503.14529, 89pp, 514refs) for analyses of composites of either random (statistically homogeneous or inhomogeneous), periodic, or deterministic (neither random nor periodic) structures with either local, weakly nonlocal (strain gradient and stress gradient), strongly nonlocal (strain-type and displacement-type, peridynamics) or multiphysics phase properties and any unpredefined surrogate (effective) nonlocal operators. The scale spans from 0.1 Å to 1M. Welcome to ``UNIFIED MICROMECHANICS THEORY of composites” – a NEW PHILOSOPHY of MICROMECHANICS.
Yes, micromechanics is an exceptionally advanced, interdisciplinary field, built upon the innovative contributions of ten generations of scientists. Creation of a new philosophy in micromechanics is a bold, highly ambitious endeavor—one that requires significant resources and expertise, far beyond the capabilities of any single individual, particularly within the demanding 2023–2025 timeline. Your insights, critiques, and suggestions are crucial in refining this emerging theory. Please share your thoughts through Imechanica.org (or email buryach [at] yahoo.com) to help shape its evolution, as the current version remains a work in progress.
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| review article | 1.97 MB |