# Category:Numerical differential equations

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Here is a list of articles in the category **Numerical differential equations** of the Computing portal that unifies foundations of mathematics and computations using computers.

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This category contains articles pertaining to that part numerical analysis which concerns itself with the solution of differential equations.

For more information, see numerical ordinary differential equations and numerical partial differential equations.

## Subcategories

This category has the following 4 subcategories, out of 4 total.

### C

### D

### F

### R

## Pages in category "Numerical differential equations"

The following 164 pages are in this category, out of 164 total.

- Exponential integrator
*(computing)* - Numerical methods for ordinary differential equations
*(computing)* - Numerical methods for partial differential equations
*(computing)* - Numerical partial differential equations
*(computing)*

### *

- Numerical methods for differential equations
*(computing)*

### A

- Adaptive mesh refinement
*(computing)* - Adaptive step size
*(computing)* - Adaptive stepsize
*(computing)* - Alternating direction implicit method
*(computing)* - Analytic element method
*(computing)* - AUSM
*(computing)*

### B

- Backward differentiation formula
*(computing)* - Backward Euler method
*(computing)* - Beam and Warming scheme
*(computing)* - Beeman's algorithm
*(computing)* - Bi-directional delay line
*(computing)* - Boundary element method
*(computing)* - Boundary knot method
*(computing)* - Boundary particle method
*(computing)*

### C

- Cash–Karp method
*(computing)* - Céa's lemma
*(computing)* - Cell lists
*(physics)* - Central differencing scheme
*(computing)* - Characteristic mode analysis
*(physics)* - Collocation method
*(computing)* - Compact stencil
*(computing)* - Composite methods for structural dynamics
*(computing)* - Constraint (computational chemistry)
*(physics)* - Coupled mode theory
*(computing)* - Courant–Friedrichs–Lewy condition
*(computing)* - Crank–Nicolson method
*(computing)* - Cyclic reduction
*(computing)*

### D

- Diffuse element method
*(computing)* - Direct multiple shooting method
*(computing)* - Direct stiffness method
*(computing)* - Discontinuous Galerkin method
*(computing)* - Discrete calculus
*(computing)* - Discrete element method
*(computing)* - Discrete Laplace operator
*(computing)* - Discrete Poisson equation
*(computing)* - Dormand–Prince method
*(computing)*

### E

- Eigenvalues and eigenvectors of the second derivative
*(computing)* - Energy drift
*(computing)* - ENO methods
*(computing)* - Euler method
*(computing)* - Euler–Maruyama method
*(computing)* - Explicit and implicit methods
*(computing)* - Extended discrete element method
*(computing)* - Extended finite element method
*(physics)*

### F

- False diffusion
*(computing)* - Fast marching method
*(computing)* - Fast multipole method
*(computing)* - Fast sweeping method
*(computing)* - Finite difference
*(computing)* - Finite difference coefficient
*(computing)* - Finite difference method
*(computing)* - Finite difference methods for option pricing
*(computing)* - Finite element method
*(computing)* - Dynamic design analysis method
*(computing)* - Finite element method in structural mechanics
*(computing)* - Finite pointset method
*(computing)* - Finite volume method
*(computing)* - Finite-difference frequency-domain method
*(computing)* - Finite-difference time-domain method
*(physics)* - Five-point stencil
*(computing)* - Flux limiter
*(computing)* - FTCS scheme
*(computing)*

### G

- Galerkin method
*(computing)* - General linear methods
*(computing)* - Geometric integrator
*(computing)* - Godunov's scheme
*(computing)* - Godunov's theorem
*(computing)* - Gradient discretisation method
*(computing)*

### H

- Heun's method
*(computing)* - High-resolution scheme
*(computing)* - Higher-order compact finite difference scheme
*(computing)*

### I

- Immersed boundary method
*(computing)* - Infinite difference method
*(computing)* - Infinite element method
*(computing)* - Interval boundary element method
*(computing)*

### K

- Kronecker sum of discrete Laplacians
*(computing)*

### L

- L-stability
*(computing)* - Lax equivalence theorem
*(computing)* - Lax–Friedrichs method
*(computing)* - Lax–Wendroff method
*(computing)* - Lax–Wendroff theorem
*(computing)* - Leapfrog integration
*(computing)* - Linear multistep method
*(computing)* - List of Runge–Kutta methods
*(computing)* - Loubignac iteration
*(computing)*

### M

- MacCormack method
*(computing)* - Material point method
*(computing)* - Mesh generation
*(computing)* - Meshfree methods
*(computing)* - Method of fundamental solutions
*(computing)* - Method of lines
*(computing)* - Microscale and macroscale models
*(computing)* - Midpoint method
*(computing)* - Milstein method
*(computing)* - Mimesis (mathematics)
*(computing)* - Modal analysis using FEM
*(computing)* - Momentum (electromagnetic simulator)
*(software)* - Moving particle semi-implicit method
*(computing)* - Multilevel fast multipole method
*(computing)* - Multiphase particle-in-cell method
*(computing)* - Multisymplectic integrator
*(computing)* - MUSCL scheme
*(computing)*

### N

- Natural element method
*(computing)* - Newmark-beta method
*(computing)* - Non-compact stencil
*(computing)* - Numerical diffusion
*(computing)* - Numerical dispersion
*(computing)* - Numerical resistivity
*(computing)* - Numerov's method
*(computing)*

### O

- Orthogonal collocation
*(computing)*

### P

- P-FEM
*(computing)* - Pantelides algorithm
*(computing)* - Parareal
*(computing)* - Partial element equivalent circuit
*(computing)* - Particle method
*(computing)* - Particle-in-cell
*(computing)* - Perfectly matched layer
*(physics)* - Principles of grid generation
*(computing)* - Principles of Grid Generation
*(computing)*

### Q

- Quantized state systems method
*(computing)*

### R

- Raviart–Thomas basis functions
*(computing)* - Rayleigh–Ritz method
*(computing)* - Regularized meshless method
*(computing)* - Reproducing kernel particle method
*(computing)* - Roe solver
*(computing)* - Runge–Kutta method (SDE)
*(computing)* - Runge–Kutta–Fehlberg method
*(computing)* - Runge–Kutta methods
*(computing)*

### S

- Semi-implicit Euler method
*(computing)* - Shock capturing method
*(computing)* - Shock-capturing method
*(computing)* - Shooting method
*(computing)* - Singular boundary method
*(computing)* - Smoothed finite element method
*(computing)* - Smoothed-particle hydrodynamics
*(computing)* - Spectral element method
*(computing)* - Spectral method
*(computing)* - Split-step method
*(computing)* - Stencil (numerical analysis)
*(computing)* - Stiff equation
*(computing)* - Stochastic Eulerian Lagrangian method
*(computing)* - Strang splitting
*(computing)* - Stretched grid method
*(computing)* - Symplectic integrator
*(computing)*

### T

- Total variation diminishing
*(computing)* - Transmission-line matrix method
*(physics)* - Trefftz method
*(computing)*

### U

- Uniform theory of diffraction
*(computing)* - Upwind differencing scheme for convection
*(computing)* - Upwind scheme
*(computing)*

### V

- Variational integrator
*(computing)* - Verlet integration
*(computing)* - Virtual Cell
*(software)* - Volume of fluid method
*(computing)* - Vorticity confinement
*(computing)*

### W

- Walk-on-spheres method
*(computing)* - Weak formulation
*(computing)* - Weakened weak form
*(computing)* - WENO methods
*(computing)*