GRASSHOPPER/RHINO ALAPÚ STATIKAI PROGRAMOK VIZSGÁLATA
The finite element method (FEM) is known as a powerful method for finding solutions to complex engineering problems arising in engineering and mathematical modeling nowadays, especially in the field of structural analysis. The process of examining or evaluating a phenomenon using the finite element method (FEM) is commonly known as finite element analysis (FEA).
With the development of technology, there are many FEA programs that use FEM to examine how a material or a design reacts to various forces, such as heat, fluid movement, mechanical stress, and others.
The Rhino and Grasshopper program is one of the FEA softwares that allows us to construct structures in a parametric, generative manner. Within the Grasshopper environment, various additional software packages (such as Kangaroo, Karamba3d, Fenix) are created to offer the capability to perform structural analysis on the structures.
The subject of the Students' Scientific Conference (TDK) is to examine the accuracy of the available structural analysis software package, such as Karamba3d, within the Rhino/Grasshopper program. This TDK will compare the capabilities and features of the structural analysis software package Karamba3d within Grasshopper with other traditional finite element software (e.g., AxisVM) for truss structure analysis and optimization.
The purpose of the TDK is to evaluate the structural analysis software capabilities within the Rhino/Grasshopper program and traditional finite element software and to establish which program can be used most successfully for particular tasks.
