Examples of 'finite volume' in a sentence
Meaning of "finite volume"
Finite volume is a mathematical concept used in numerical analysis and computational fluid dynamics. It refers to a discrete region or volume that is used to approximate a continuous domain. By dividing the domain into finite volumes, equations can be solved numerically to simulate fluid flow, heat transfer, and other physical phenomena
How to use "finite volume" in a sentence
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finite volume
Finite volume methods for hyperbolic problems.
Numerical solution is based on the finite volume approach.
Choose a finite volume and forget everything else.
This structure is of finite volume.
All finite volume manifolds with solv geometry are compact.
The equations are solved using a finite volume numerical scheme.
We propose a finite volume scheme and analyze its convergence.
The computations in OpenFOAM are based on the finite volume method.
Next we propose a finite volume scheme and numerical simulations.
To solve these equations the numerical finite volume method is used.
The finite volume method is also similar to the finite element method.
The mathematical model obtained was discretized using the method of finite volume.
The segments have a finite volume and are surrounded by a solvent.
This relies on the fact that each component has a finite volume.
An implicit finite volume method is used for the system of equations treatment.
See also
These terms are then evaluated as fluxes at the surfaces of each finite volume.
Those used for the finite volume method can consist of arbitrary polyhedra.
It is a systematic group with special occurrence of mineral deposits in a finite volume within a rock.
In this system the implementation of finite volume method is simpler and easier to understand.
Finite volume schemes are conservative as cell averages change through the edge fluxes.
This set of equations is solved by a coupled method using a finite volume explicit scheme.
We used a finite volume approach whose spatial discretization is made by moving least squared method.
The equation of flow rate conservation in the contact was solved using finite volume method.
A finite volume scheme is used to simulate the fluid flow in between these discrete elements.
Numerical solutions have been obtained by using the finite volume method with a fully implicit formulation.
The finite volume method can be applied on irregular meshes like the finite element method.
The procedure involves building a mesh and solving the same on a computer using a finite volume approach.
The code uses the finite volume method to evaluate the partial differential equations.
These models are implemented in finite volume CFD code.
This paper applied the finite volume method for evaluating performance of a flat plate solar collector.
It is based on the convergence of Finite Volume Methods.
Finite Volume methods are widely used in fluid mechanics.
The simulations use the Fluent finite volume calculation code.
See Finite volume method for two dimensional diffusion problem.
These equations are solved explicitly within a finite volume formalism applied on a fully Cartesian grid.
Finite volume method is probably the most popular method used for numerical discretization in CFD.
Solvers developed in the present work are based on Finite Volume Method.
A finite volume formulation is developed on a Cartesian MAC mesh.
Simulations by means of cell-centered finite volume type methods.
PDEs are discretized with a Finite Volume scheme on an adaptive mesh driven by a multiresolution analysis.
In this work, numerical approximation schemes for the finite volume method were studied.
Here, the efforts use the finite volume method aided by adaptive multiresolution techniques.
Then we establish the discretization, according to the finite volume method, of the problem.
First, the upwind finite volume scheme allows of having the discrete maximum principle.
The aforesaid devices generally comprise a reservoir of process fluid, which is of a finite volume.
For the space discretization, we use a finite volume method on a triangular mesh.
The computation algorithms may be of the non-structured finite element or finite volume type.
In view of the coupling, a scheme of finite volume spatial discretization has been chosen.
Box schemes belong to the category of so-called mixed Petrov-Galerkin finite volume methods.
The problem is discretized by the finite volume method using a cell - centered scheme.
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Examples of using Finite
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The fixed and finite nature of land
All finite fields of a given order are isomorphic
A set that is not finite is called infinite
Examples of using Volume
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Check if the volume is set high enough
Volume will be increased only in receiver mode
Wine of a beautiful volume with a roasted final
