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Numerical Simulation and Computational Methods in Engineering and Sciences

Over the last few decades, numerical simulation has become a critical tool in addressing scientific and engineering complexities, propelled by advancements in computing technology and computational methods. This Special Issue compiles cutting-edge research on mathematical simulation and computationa...

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Natura: Online
Lingua:inglese
Pubblicazione: MDPI - Multidisciplinary Digital Publishing Institute 2024
Soggetti:
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
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
Fredholm integral equation
active distribution networks
DISCO profit
distributed generators
energy storage systems
evolutionary computation
speedup factor
computational fluid dynamic
complex structure
simulation accuracy
thema EDItEUR::P Mathematics and Science
thema EDItEUR::P Mathematics and Science::PB Mathematics
thema EDItEUR::P Mathematics and Science::PB Mathematics::PBW Applied mathematics
Accesso online:ONIX_20240704_9783725809554_181
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Riassunto:Over the last few decades, numerical simulation has become a critical tool in addressing scientific and engineering complexities, propelled by advancements in computing technology and computational methods. This Special Issue compiles cutting-edge research on mathematical simulation and computational techniques, emphasizing innovative algorithms and their cross-field applications. The focus is on fostering interdisciplinary collaborations and developing robust computational tools to tackle contemporary challenges. It features original contributions from leading researchers, highlighting innovative methodologies and their impact in solving intricate problems. This compilation aims to disseminate knowledge, foster collaborations, and inspire further research, pushing the boundaries of engineering and scientific exploration.

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