[HTML][HTML] POD-assisted strategies for structural topology optimization
We propose a new numerical tool for structural optimization design. To cut down the
computational burden typical of the Solid Isotropic Material with Penalization (SIMP) method …
computational burden typical of the Solid Isotropic Material with Penalization (SIMP) method …
Parametric models for samples of random functions
M Grigoriu - Journal of Computational Physics, 2015 - Elsevier
A new class of parametric models, referred to as sample parametric models, is developed for
random elements that match sample rather than the first two moments and/or other global …
random elements that match sample rather than the first two moments and/or other global …
[HTML][HTML] Granular, Fuzzy Set and Tesor-Trace Characteristics of Multidimensional Time Series
YN Minaev, OY Filimonova, YI Minaeva - Elect. Simul, 2017 - emodel.org.ua
The questions of representation of multidimensional (multicomponent) time series (TS) as a
3D tensor model; its following tensor decomposition with the use of procedures of PARAFAC …
3D tensor model; its following tensor decomposition with the use of procedures of PARAFAC …
[PDF][PDF] АBOUT ONE STEFАN INVERSE PROBLEM FOR PHАSE TRАNSFORMАTIONS IN SOLIDS
KM Gamzaev - ЭЛЕКТРОННОЕ - irbis-nbuv.gov.ua
The diffusion phase transformation process described by a nonlinear system of partial
differential equations with a moving boundary has been considered. The inverse problem is …
differential equations with a moving boundary has been considered. The inverse problem is …
Topology optimization: advanced techniques for new challenges
N Ferro - 2019 - politesi.polimi.it
In this work, some advanced numerical techniques are employed to address the topology
optimization problem from both a modeling and an algorithmic perspective. In both cases …
optimization problem from both a modeling and an algorithmic perspective. In both cases …
[引用][C] Electronic Modeling Vol 39, No 4 (2017)
YN MINAEV, NN GUZIY, OY FILIMONOVA, JI MINAEVA… - Èlektron. model, 2017