Examples of using Computational mesh in English and their translations into Portuguese
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Medicine
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Ecclesiastic
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Computer
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Official/political
Bubble shaped computational mesh.
Let the computational mesh in 3D space be orthogonal and hexahedral.
Mathematical model of computational mesh.
Detail of computational mesh near pipeline and penoplex.
Tag Archives: complex computational mesh.
Each node of the computational mesh is assigned vector, which is defined the following way.
Equations for creating the computational mesh.
The computational mesh on which the calculation was performed contained 17 828 087 spatial nodes.
Tag Archives: bubble shaped computational mesh.
The computational mesh module, developed for 64-bit CPU architecture, is now based on.
Tag Archives: complex computational mesh.
The computational mesh is hexaedrical, with refinement in regions of higher thermal and fluid gradients.
Tag Archives: mathematical model of computational mesh.
How did you manage to create a computational mesh of 58 million cells in Frost 3D software?
Tag Archives: mathematical model of computational mesh.
For the above model,we construct a computational mesh using a uniform step along all three coordinate axes.
Tag Archives: equations for creating the computational mesh.
This leads to the creation of a computational mesh in the order of 10 million nodes.
Within each of the 2 considered cells there is one node of the initial computational mesh.
Combining the equations,written for every node of the computational mesh, we obtain a system of linear algebraic equations.
According to designations,the following set of points is the set nodes of computational mesh.
The computational mesh is the hexahedral type with refinements in regions with the highest thermal and fluid dynamic gradients.
Let's analyze a cylinder that constitutes a finite computational mesh with voxels.
In this context,the main challenge of this work is to solve both problems with the same numerical method employing the same computational mesh.
Numerical solution of the problem was implemented in Frost 3D Universal software, with a computational mesh of 58.5 million nodes, to predict ground thaw under the influence of the pipeline.
The specific nature of the current problem- simulation of the ground thaw formation along a 500-meter section of the oil pipeline,1.2 meters in diameter- rendered a large computational mesh necessary.
Let us show, how it is possible to describe a configurationally complex computational mesh, consisted of voxels(bubble shaped), which are located on a sheet and twisted into cylinder.
Thus, in order to obtain a quality, detailed discretization of the pipeline while also taking into account both the complex geological-lithological structure of the grounds and the fine heat insulation material,we built a large computational mesh with 58.5 million nodes.
In this sense, this work presents a study of efficient techniques for computational mesh generation and movement in unsteady cfd simulation, with aeroelastic applications.
Let the computational domain be a parallelepiped, and the computational mesh of nodes set.