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mariem.makh
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I neet to do a structured triangular mesh 2D of a complex geometry with FORTRAN
Can someone help me!
Can someone help me!
Last edited:
ok thank you :) I fixed itBorg said:Welcome to Physics Forums mariem.makh. Please review the forums Terms and Rules. All posts must be in English.
You're going to have to explain a lot more about what you want to do.mariem.makh said:I neet to do a structured triangular mesh 2D of a complex geometry with FORTRAN
Can someone help me!
ok, I have to do a mesh 2d for a specific geometry with Fortran, have you any reference or cite can help me to do thatSteamKing said:You're going to have to explain a lot more about what you want to do.
It's still not clear what your task is.mariem.makh said:ok, I have to do a mesh 2d for a specific geometry with Fortran, have you any reference or cite can help me to do that
A mesh 2d in FORTRAN refers to a two-dimensional grid structure that is used to represent the geometry of a complex shape or object. It is commonly used in scientific and engineering applications to discretize the space and make it easier to perform calculations and simulations.
A complex geometry can be represented in a mesh 2d by breaking it down into smaller, simpler elements such as triangles or quadrilaterals. These elements are then connected together to form a grid that approximates the shape of the geometry. The more elements used in the mesh, the closer the approximation will be to the actual shape.
FORTRAN is a high-level programming language that is specifically designed for scientific and engineering applications. It has built-in features and libraries that make it well-suited for creating and manipulating mesh 2d structures. Additionally, FORTRAN is a highly efficient language, allowing for faster computations and simulations.
FORTRAN uses algorithms and equations to calculate the coordinates and connectivity of the elements in a mesh 2d. These equations take into account the shape and dimensions of the geometry to accurately represent it in the mesh. Advanced techniques, such as adaptive mesh refinement, can also be implemented in FORTRAN to handle more complex geometries.
Yes, FORTRAN is capable of handling large and complex mesh 2d structures. It has been used in various scientific and engineering fields to create meshes with millions of elements. With proper coding techniques and efficient algorithms, FORTRAN can handle even the most intricate geometries while maintaining high performance.