Keywords: گسترش هرج و مرج هرج و مرج; Polynomial chaos expansion; Bayesian inverse problem; Monte Carlo sampling;
مقالات ISI گسترش هرج و مرج هرج و مرج (ترجمه نشده)
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Keywords: گسترش هرج و مرج هرج و مرج; Process control; Supervisory control; Polynomial chaos expansion; Surrogate modeling; Pharmaceutical process; Drop on demand
Keywords: گسترش هرج و مرج هرج و مرج; Seawater intrusion; Polynomial Chaos Expansion; Probability distribution; Uncertainty quantification
Keywords: گسترش هرج و مرج هرج و مرج; Residual-based a posteriori error estimate; Stochastic partial differential equation; Finite element method; Polynomial chaos expansion; Stochastic spectral finite element method;
Keywords: گسترش هرج و مرج هرج و مرج; Probabilistic collocation; Hydrologic model parameters; Interaction; Uncertainty propagation; Polynomial chaos expansion; Multi-level factorial design;
Keywords: گسترش هرج و مرج هرج و مرج; Hydrologic prediction; Possibilistic reasoning; Parameter inference; Polynomial chaos expansion; Fuzzy random variable; Factorial analysis of variance;
Keywords: گسترش هرج و مرج هرج و مرج; Compact thermal model; Stochastic heat diffusion problem; Polynomial chaos expansion
Keywords: گسترش هرج و مرج هرج و مرج; Global sensitivity analysis; Correlated parameters; Polynomial chaos expansion; Tire model
Keywords: گسترش هرج و مرج هرج و مرج; Bending-torsion flutter; Uncertainty quantification; Polynomial chaos expansion; Fatigue damage
Keywords: گسترش هرج و مرج هرج و مرج; Sensitivity analysis; Polynomial chaos expansion; Bootstrap re-sampling;
Keywords: گسترش هرج و مرج هرج و مرج; Convergence acceleration; Polynomial chaos expansion; Stochastic Galerkin; Sequence transformations
Keywords: گسترش هرج و مرج هرج و مرج; Probabilistic graphical model structure learning; Constraint-based algorithm; Karhunen–Loève (KL) expansion; Polynomial chaos expansion; Kernel PCA
Keywords: گسترش هرج و مرج هرج و مرج; Subsurface flow models; Nested sampling; Polynomial chaos expansion; Sparsity promoting regularization; Least Angle Regression
Keywords: گسترش هرج و مرج هرج و مرج; Polynomial chaos expansion; Generalized polynomial chaos; Adaptive sparse grids; Basis adaptivity; Uncertainty quantification; Sensitivity analysis
Keywords: گسترش هرج و مرج هرج و مرج; Domain decomposition method; Schur complement system; Dual-primal finite element tearing and interconnect method; Balancing domain decomposition by constraints; Polynomial chaos expansion; Stochastic finite element method;
An explicit method for simulating non-Gaussian and non-stationary stochastic processes by Karhunen-Loève and polynomial chaos expansion
Keywords: گسترش هرج و مرج هرج و مرج; Non-Gaussian; Non-stationary; Stochastic process simulation; Karhunen-Loève expansion; Polynomial chaos expansion;
Uncertainty Quantification method for CFD applied to the turbulent mixing of two water layers
Keywords: گسترش هرج و مرج هرج و مرج; ASME; American Society of Mechanical Engineers; BC; Boundary Condition; BPGs; Best Practice Guidelines; CFD; Computational Fluid Dynamics; CFD-UQ; Computational Fluid Dynamics - Uncertainty Quantification; CPU; Central Processing Unit; DS; Deterministic
Adaptive simulation for failure identification in the Advanced Lead Fast Reactor European Demonstrator
Keywords: گسترش هرج و مرج هرج و مرج; Advanced lead fast reactor european demonstrator (ALFRED); Accident analysis; Critical regions exploration; Adaptive simulation; Polynomial chaos expansion; Kriging; Design of experiments;
Cost reduction of stochastic Galerkin method by adaptive identification of significant polynomial chaos bases for elliptic equations
Keywords: گسترش هرج و مرج هرج و مرج; Uncertainty quantification; Stochastic finite element; Stochastic Galerkin method; Conjugate gradient; Generalized Sylvester equation; Polynomial chaos expansion;
An efficient multifidelity â1-minimization method for sparse polynomial chaos
Keywords: گسترش هرج و مرج هرج و مرج; Uncertainty quantification; Polynomial chaos expansion; â1-minimization; Multifidelity;
Scalable domain decomposition solvers for stochastic PDEs in high performance computing
Keywords: گسترش هرج و مرج هرج و مرج; Schur complement; Parallel preconditioner; Balancing domain decomposition by constraints; Dual-primal finite element tearing and interconnect method; Polynomial chaos expansion; Coarse grid;
Galerkin based generalized ANOVA for the solution of stochastic steady state diffusion problems
Keywords: گسترش هرج و مرج هرج و مرج; ANOVA; Galerkin projection; Steady state diffusion problem; Polynomial chaos expansion; Stochastic computation;
Polynomial Chaos Expansion method as a tool to evaluate and quantify field homogeneities of a novel waveguide RF Wien filter
Keywords: گسترش هرج و مرج هرج و مرج; Waveguide RF Wien filter; Polynomial Chaos Expansion; Least-angle regression; Homogeneous electromagnetic field; Lorentz force compensation; Uncertainty quantification; Sensitivity analysis;
Metamodeling and global sensitivity analysis for computer models with correlated inputs: A practical approach tested with a 3D light interception computer model
Keywords: گسترش هرج و مرج هرج و مرج; Agroecology; FlorSys; Correlated inputs; Metamodeling; Partial least squares regression; Polynomial chaos expansion; Sensitivity indices;
On the parametric uncertainty quantification of the Rothermel's rate of spread model
Keywords: گسترش هرج و مرج هرج و مرج; Stochastic model; Non-Intrusive Spectral Projection; Polynomial chaos expansion; Fire spread; Rothermel's model;
Analysis of the performance of a H-Darrieus rotor under uncertainty using Polynomial Chaos Expansion
Keywords: گسترش هرج و مرج هرج و مرج; Wind energy; Darrieus; CFD; H-rotor; Uncertainty quantification; Polynomial Chaos Expansion
Sequential experimental design based generalised ANOVA
Keywords: گسترش هرج و مرج هرج و مرج; Sequential experimental design; Generalised ANOVA; Polynomial chaos expansion; Distribution adaptive;
Global sensitivity analysis for large-scale socio-hydrological models using Hadoop
Keywords: گسترش هرج و مرج هرج و مرج; Multi-agent system; Socio-hydrological model; Global Sensitivity Analysis; Hadoop; Polynomial Chaos Expansion;
Metamodeling of dynamic nonlinear structural systems through polynomial chaos NARX models
Keywords: گسترش هرج و مرج هرج و مرج; Metamodels; Polynomial chaos expansion; NARX modeling; Finite element models; Dynamic structural response; Nonlinear hysteretic behavior
A data driven polynomial chaos based approach for stochastic analysis of CFRP laminated composite plates
Keywords: گسترش هرج و مرج هرج و مرج; Experimental measurements; Non-Gaussian; 2-D random fields; Stochastic finite element method; Polynomial chaos expansion;
On uncertainty quantification of lithium-ion batteries: Application to an LiC6/LiCoO2 cell
Keywords: گسترش هرج و مرج هرج و مرج; Lithium-ion battery; Uncertainty quantification; Polynomial chaos expansion; Compressive sampling; Global sensitivity analysis
Uncertainty quantification of aeroelastic stability of composite plate wings using lamination parameters
Keywords: گسترش هرج و مرج هرج و مرج; Aeroelastic tailoring; Composite wing; Lamination parameters; Uncertainty quantification; Polynomial Chaos Expansion
Methods and advances in the study of aeroelasticity with uncertainties
Keywords: گسترش هرج و مرج هرج و مرج; Polynomial chaos expansion; Probabilisticity; Robustness; Structured singular value; Uncertainty
Relating in situ gas measurements to the surface outgassing properties of cometary nuclei
Keywords: گسترش هرج و مرج هرج و مرج; Comets; Polynomial chaos expansion; DSMC; Rosetta; Near nucleus coma;
A domain decomposition method of stochastic PDEs: An iterative solution techniques using a two-level scalable preconditioner
Keywords: گسترش هرج و مرج هرج و مرج; Domain decomposition method; Schur complement system; Neumann-Neumann preconditioner; Balancing domain decomposition by constraints; Stochastic PDEs; Polynomial chaos expansion; Stochastic finite element method;
Schwarz preconditioners for stochastic elliptic PDEs
Keywords: گسترش هرج و مرج هرج و مرج; Uncertainty quantification; Stochastic PDEs; Stochastic Galerkin projection; Karhunen–Loeve expansion; Polynomial chaos expansion; Spectral stochastic FEM
Global sensitivity analysis of solid oxide fuel cells with Bayesian sparse polynomial chaos expansions
Keywords: گسترش هرج و مرج هرج و مرج; Solid oxide fuel cell; Electrochemical model; Global sensitivity analysis; Polynomial chaos expansion; Bayesian model evidence;
Track irregularities stochastic modeling
Keywords: گسترش هرج و مرج هرج و مرج; Karhunen–Loève expansion; Polynomial chaos expansion; Random fields; Railway track geometry
Metamodelling with independent and dependent inputs
Keywords: گسترش هرج و مرج هرج و مرج; Metamodelling; Global sensitivity analysis; Random sampling-high dimensional model representation; Quasi random sampling-high dimensional model representation; Polynomial chaos expansion
Uncertainty quantification of subcritical bifurcations
Keywords: گسترش هرج و مرج هرج و مرج; Uncertainty quantification; Subcritical bifurcations; Polynomial chaos expansion; Monte Carlo simulations; Probabilities of failure
Analysis of a benchmark solution for non-Newtonian radial displacement in porous media
Keywords: گسترش هرج و مرج هرج و مرج; Porous media; Displacement; Non-Newtonian; Power-law; Compressible fluids; Similarity solution; Global sensitivity analysis; Polynomial chaos expansion
Sampling-free linear Bayesian updating of model state and parameters using a square root approach
Keywords: گسترش هرج و مرج هرج و مرج; Bayesian estimation; Polynomial chaos expansion; Kalman filter; Inverse problem; White noise analysis; Lorenz-63
Performing uncertainty analysis of a nonlinear Point-Kinetics/Lumped Parameters problem using Polynomial Chaos techniques
Keywords: گسترش هرج و مرج هرج و مرج; Uncertainty analysis; Spectral methods; Polynomial Chaos Expansion; Nonlinear time-dependent problems
Acceleration of uncertainty updating in the description of transport processes in heterogeneous materials
Keywords: گسترش هرج و مرج هرج و مرج; Uncertainty updating; Bayesian inference; Coupled heat and moisture transport; Stochastic finite elements; Polynomial chaos expansion; Karhunen–Loève expansion
Sensitivity study of dynamic systems using polynomial chaos
Keywords: گسترش هرج و مرج هرج و مرج; Global sensitivity analysis; Dynamic system; Polynomial chaos expansion; Sensitivity functions
Similarity solutions for flow of non-Newtonian fluids in porous media revisited under parameter uncertainty
Keywords: گسترش هرج و مرج هرج و مرج; Non-Newtonian; Porous medium; Self-similar solution; Sobol’ indices; Polynomial Chaos Expansion
A deterministic filter for non-Gaussian Bayesian estimation— Applications to dynamical system estimation with noisy measurements
Keywords: گسترش هرج و مرج هرج و مرج; Bayesian estimation; Polynomial chaos expansion; Kalman filter; Inverse problem; White noise analysis
Sensitivity analysis techniques applied to a system of hyperbolic conservation laws
Keywords: گسترش هرج و مرج هرج و مرج; Riemann problem; Euler equations; Sensitivity analysis; Meta-modeling; Polynomial chaos expansion
Evaluating the response statistics of an uncertain bridge–vehicle system
Keywords: گسترش هرج و مرج هرج و مرج; Bridge structure; Moving forces; Uncertainty; Spectral stochastic finite element method; Karhunen–Loève expansion; Polynomial chaos expansion
A multiscale approach for model reduction of random microstructures
Keywords: گسترش هرج و مرج هرج و مرج; Stochastic multiscale simulation; Multiscale model reduction; Location-dependent microstructure; Bi-orthogonal decomposition; Karhunen-Loève expansion; Polynomial chaos expansion; Property variability;