Mathematical Modeling and Simulation in Mechanics and Dynamic Systems (MDPI - Multidisciplinary Digital Publishing Institute, 2022)
Keywords: ABAQUS; actual systems; ANN; apolar transport; artificial neural network; Artificial Neural Network (ANN); autonomous feature extraction; Catalonia; code-based modelling approach; complex system dynamics; Computational Fluid Dynamics (CFD); computational solutions; computer simulations; control; Convolutional Neural Network (CNN); COVID-19; crack; cubics; deep learning; Deep Learning (DL); differentiability; dimensional analysis; double Lorentzian spectrum; ecological analysis; ecological coefficient of performance; Euler–Poincaré equation; exergy analysis; Exposed; extended finite element method; extended iso-geometric analysis; finite time thermodynamic optimization; fractal hydrodynamic regimes; fractal kink; fractal Schrödinger regimes; fractal soliton; geometric analogy; harmonic mapping; harmonic mapping principle; heat transfer; helicopter model; hidden symmetries; high temperature proton exchange membrane fuel cell; holographic implementations; HT-PEMFC; Infected and Recovered and Death; interphase section; irreversibility; Lagrange–d’Alembert principle; Lie group; machine learning; Mathematics and Science; mechanics; model law; modeling; Monte Carlo simulation; n/a; nanowire cantilever; non-conservative dynamical system; notch; numerical analysis; partial aging in standby; PEM fuel cell; percolation onset; period doubling scenario; photovoltaics; pipe; pipeline; polymer CNTs systems; power density; qualitative and quantitative verification of simulation model; Reference, Information and Interdisciplinary subjects; Research and information: general; SARS-CoV-2; SDL; SEIRD (Susceptible; similarity theory; Sine-Gordon equations; SL (2R) group; solar energy; state probability functions; stochastic model; straight bar; stress difference method (SDM); system of transcendental equation; T-stress; thermodynamic efficiency; thermophotovoltaics; transfer learning; turbulent flow; X-FEM