Numerical Simulation and Computational Methods in Engineering and Sciences

© 2024 by the authors; CC BY-NC-ND license

fractional-order system; time-delay feedback; vibrational resonance; FitzHugh–Nagumo neuron; numerical simulation; groundwater flow; generalized finite difference method; Crank–Nicolson; transient; meshless collocation method; semi-analytical; radial Trefftz basis functions; transient wave propagation analysis; inverse Cauchy problem; Laplace equation; localized boundary knot method; noise; multiply domain; meshless local Petrov-Galerkin approach (MLPG); finite volume methods; mixed methods; adaptive algorithm; time-domain; moving least squares (MLS); renewable energy; wind power forecasting; hybrid model; machine learning; failure characteristics; surrounding rock of roadway; repeated mining; close-distance coal seam; stability control technology; short-term load forecasting (STLF); stacking ensemble learning; similar-days forecasting; sliding window; broad learning system–backpropagation (BLS–BP); tidal stream turbine; CFD; fatigue life; fluid–structure interaction; blade safety factor; recursive skeletonization factorization; Burton–Miller-type singular boundary method; fast solver; fundamental solution; acoustic design sensitivity; singular boundary method; meshless methods; exponential window method; saturated soil; transient dynamic response analysis; lithium-ion battery; concentration-dependent material property; nonlinear volume change; NMC electrode; finite element simulation; diffuser-augmented tidal stream turbine; near wake structure; turbulent intensity; entropy production theory; Rortex criterion; wind speed forecasting; wind farm cluster; input set based on wind farm cluster data; robustness analysis; deep extreme learning machine; multidimensional average method; meshfree techniques; numerical methods; spatial discretization; transient analysis; time integration; SEI formation; core–double-shell structure; stress; fracture; debonding; electrochemical model; shear wall; macromodel; deep neural network; genetic algorithm; OpenSees; simulation; sheet hydroforming; optimization; Nimonic 90; mechanical properties; formability; design of experiments; finite element analysis; Box–Behnken design; magnetohydrodynamics; Williamson nanofluid; quasi-linearization; chemical reaction; thermal radiation; wind speed forecasting; Hampel identifier; improved variational mode decomposition; grey wolf optimization; DLinear; time-of-flight mass spectrometer; electron microscope; electrostatic lens; electrostatic mirror; relativistic effect; system of singular integral equations; factorized functions; eigenfunctions; eigenvalues; computational programming; user-defined functions; hemodynamic simulations; coronary arteries; Windkessel model; viscoelastic property of blood; boundary element method; magnetic fields; numerical integration; Laplace equation; Fredholm integral equation; active distribution networks; DISCO profit; distributed generators; energy storage systems; evolutionary computation; numerical simulation; speedup factor; computational fluid dynamic; complex structure; simulation accuracy