Keywords: ادغام زمان; Time integration; Stabilized central difference method; Nonlinear structural dynamics; Accuracy; Stability;
مقالات ISI ادغام زمان (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: ادغام زمان; Time integration; Initial boundary value problem; Summation-by-parts operators; Pseudo-spectral methods; Eigenvalue problem;
Keywords: ادغام زمان; Finite-rate chemistry; Time integration; Stiff kinetics;
Keywords: ادغام زمان; Fluid-structure interaction; Time integration; Error estimation; Adaptivity;
Keywords: ادغام زمان; Axially moving structures; Spatial description; Beams and strings; Large vibrations; Nonlinear finite element modelling; Time integration; 35Q74; 74A05; 74H15; 74K05; 74K10; 74S05;
Keywords: ادغام زمان; Ordinary differential equations; Time integration; Local and global error estimation;
Keywords: ادغام زمان; Nonhydrostatic equations; Time integration; Finite volume method; Dual time stepping; Multigrid; Singly diagonally implicit Runge-Kutta;
Keywords: ادغام زمان; Time integration; Adaptive parameters; Explicit/implicit techniques; Acoustics; Elastodynamics; Coupled analysis;
Keywords: ادغام زمان; Model reduction; Penalty method; System response; Time integration; Unilateral contacts; Vibration; Dynamics;
Keywords: ادغام زمان; Maxwell-Klein-Gordon; Time integration; Highly-oscillatory; Wave equation; Non-relativistic limit;
Keywords: ادغام زمان; Structural dynamics; Time integration; Generalised-alpha scheme; Numerical dissipation; Overshoot;
Keywords: ادغام زمان; Vehicle-track-structure interaction (VTSI); Wheel-rail contact separation; High-speed railway bridge; Differential algebraic equations (DAE); Linear complementarity problem (LCP); Time integration;
Keywords: ادغام زمان; Computational dynamics; Proper orthogonal decomposition; Time integration;
Keywords: ادغام زمان; Structural dynamics; Wave propagation; Time integration; Implicit; Numerical dissipation;
Keywords: ادغام زمان; Phase-field models; PetIGA; High-order partial differential equation; Mixed finite elements; Isogeometric analysis; Time integration;
Keywords: ادغام زمان; Nonviscous damping; Multiple damping models; Time integration; State-space method; Dynamic response
Keywords: ادغام زمان; Time integration; Structure preservation; Geometric integration; Thermodynamics; GENERIC formalism
Keywords: ادغام زمان; Shallow water equations; Exponential time integration methods; Numerical Weather Prediction; Time integration; Exponential methods;
Keywords: ادغام زمان; Time integration; High-order; High-resolution; Direct Numerical Simulation; Large Eddy Simulation;
Keywords: ادغام زمان; CFD; Unsteady; Time integration; Accuracy; Efficiency
Keywords: ادغام زمان; Nonlinear dynamics; Time integration; Energy conservation; Fourth-order accuracy
Keywords: ادغام زمان; Boris integrator; Time integration; Magnetic field; High-order; Spectral deferred corrections (SDC); Collocation method;
Keywords: ادغام زمان; Waves; Composite and functionally graded materials; Time integration; Finite elements; Spurious oscillations
Keywords: ادغام زمان; Numerical Green's functions; FEM; Time substeps; Pennes bioheat equation; Time integration; Skin burns;
Keywords: ادغام زمان; Time integration; Structural dynamics; Domain decomposition; Multi-time-step; Multi-scale; Asynchronous integrators
Keywords: ادغام زمان; Time integration; Diffuse interface model; Dominant surface tension; Time stability; CFL condition; Navier-Stokes; Cahn-Hilliard; Linearization;
Keywords: ادغام زمان; Pile installation; Porous media; Dynamic coupled analysis; Time integration; Contact mechanics; ALE method; Torpedo anchor
Keywords: ادغام زمان; Phase-field; Solidification; Time integration; Nonlinear stability; Structure preservation
Keywords: ادغام زمان; Dynamic Substructuring; Impulse response functions; Time integration; Impulse Based Substructuring; Finite elements
Keywords: ادغام زمان; LLG; Micromagnetism; Magnetostatic Maxwell equation; Multiscale; Time integration;
Keywords: ادغام زمان; Shallow water model; Time integration; Predictor-corrector methods; Semi-implicit technique; Stability;
A regularized boundary element formulation with weighted-collocation and higher-order projection for 3D time-domain elastodynamics
Keywords: ادغام زمان; Boundary element; Integral equation; Regularization; Time domain; Transient; Stability; Accuracy; Time integration; Singularity; Green's function; Collocation;
On the stability of direct time-domain boundary element methods for elastodynamics
Keywords: ادغام زمان; Boundary element; Time domain; Transient; Stability; Time integration; Green's function; Spectral radius; Linear multi-step; Amplification matrix;
A quadratic b-spline based isogeometric analysis of transient wave propagation problems with implicit time integration method
Keywords: ادغام زمان; Wave propagation; Numerical dissipation; Isogeometric analysis; b-spline; Time integration;
KIOPS: A fast adaptive Krylov subspace solver for exponential integrators
Keywords: ادغام زمان; Adaptive Krylov subspace methods; Incomplete orthogonalization; Time integration; Exponential integrators; Ï-functions; Matrix exponential;
An energy-stable generalized-α method for the Swift-Hohenberg equation
Keywords: ادغام زمان; Swift-Hohenberg equation; Energy stability; Time integration; Pattern formation; Numerical instability; Numerical dissipation;
A novel and simple a posteriori error estimator for LMS methods under the umbrella of GSSSS framework: Adaptive time stepping in second-order dynamical systems
Keywords: ادغام زمان; Time integration; Generalized single step single solve; A posteriori error estimation; Finite element analysis; Linear multistep methods; Adaptive time stepping;
Toward a GPU-aware comparison of explicit and implicit CFD simulations on structured meshes
Keywords: ادغام زمان; Time integration; GPU; CFD; GMRES; Preconditioning; ILU;
Runge-Kutta-like scaling techniques for first-order methods in convex optimization
Keywords: ادغام زمان; Numerical optimization; Time integration; Gradient methods; Runge-Kutta methods; Scaling and preconditioning techniques;
Finite time step and spatial grid effects in δf simulation of warm plasmas
Keywords: ادغام زمان; δf method; Plasma simulation; Particle-in-cell; Numerical dispersion; Numerical stability; Time integration; Implicit methods;
Wavelet transformation induced multi-time scaling (WATMUS) model for coupled transient electro-magnetic and structural dynamics finite element analysis
Keywords: ادغام زمان; Wavelet; Multi-time scaling; Dynamics; Transient electromagnetics; Time integration; Adaptivity;
Analyzing the potential of GPGPUs for real-time explicit finite element analysis of soft tissue deformation using CUDA
Keywords: ادغام زمان; Finite element method; Biomechanics; Parallelization; Soft tissue deformation; Real-time; Nonlinear solver; Time integration; Explicit; GPGPU
High-order low-dissipation low-dispersion diagonally implicit Runge–Kutta schemes
Keywords: ادغام زمان; Low-dissipation low-dispersion; Optimal schemes; High-order accurate; Nonlinear advection; Computational acoustics; Diagonally-implicit; Time integration; Runge–Kutta
An unconditionally stable implicit time integration algorithm: Modified quartic B-spline method
Keywords: ادغام زمان; Quartic B-spline; Time integration; Implicit; Second order acceleration; Unconditional stability
A high-order time formulation of the RBC schemes for unsteady compressible Euler equations
Keywords: ادغام زمان; Residual-based compact scheme; High order; Time integration; Unsteady compressible flows;
Time-integration for ALE simulations of Fluid–Structure Interaction problems: Stepsize and order selection based on the BDF
Keywords: ادغام زمان; Time integration; Adaptivity; Fluid–Structure Interaction; Arbitrary Eulerian Lagrangian; Vortex induced vibration; Wake induced vibration
hp-Adaptive time integration based on the BDF for viscous flows
Keywords: ادغام زمان; Time integration; Backward Differentiation Formulas; Time adaptivity; Order and stepsize selection; Navier-Stokes;
The meshless Kernel-based method of lines for parabolic equations
Keywords: ادغام زمان; Method of lines; Time integration; CFL condition; Partial differential equations; Parabolic equations
High-order temporal accuracy for 3D finite-element ALE flow simulations
Keywords: ادغام زمان; Time integration; Moving grids; ALE; Three-dimensional; Finite-element; Navier–Stokes
An almost symmetric Strang splitting scheme for nonlinear evolution equations
Keywords: ادغام زمان; Splitting methods; High order; Evolution equations; Time integration; Approximate flows;