- How to topen .inp file in abaqus 6.13 youtube verification#
- How to topen .inp file in abaqus 6.13 youtube code#
- How to topen .inp file in abaqus 6.13 youtube license#
See Node result types to find which record key, which output variable identifier and which function is associated with each of the possible nodal result types and List of functions used for any node file output requestĤ.4. A folder named OutputNodes which contains the functions for the processing of the nodal results. See Analysis result types to find which record key and which function is associated with each of the possible analysis result type and List of functions used for any file output requestĤ.3. node definitions, element connectivity, eigenfrequencies and eigenvalues, etc). A folder named OutputAnalysis which contains the functions for the processing of the analysis results (e.g. all words in the results file are of the same length (all rows in the file have the same length). This conversion is necessary because the results file is written as a sequential file, i.e. A function named Fil2str that converts the contents of the results file into a one-row string to be further used in Matlab.
How to topen .inp file in abaqus 6.13 youtube code#
The source code files and folders used in this toolbox are the following:Ĥ.1. Setup all files and folders inside the directory where Abaqus2Matlab toolbox is found addpath(genpath(S)) Find the directory containing this file S = mfilename( 'fullpath') ģ.2. In any case, the files generated in Abaqus runs will be placed one level up (outside) from the toolbox folder.ģ.1. This folder should be placed in the Abaqus working directory, although this is not mandatory. Setup all files and foldersĪll files and folders of Abaqus2Matlab toolbox have to be setup in the current folder of Matlab, which must be the folder of the toolbox. A sufficient number of functions is included in the toolbox to capture the most usually requested Abaqus results.
It covers most types of Abaqus analyses and results. A complete documentation package is provided along with the source code in this toolbox.Ģ.6. node definitions, element connectivity, eigenfrequencies and eigenvalues, etc.)Ģ.5. It can read 24 different kinds of nodal results (results at nodes), 35 different kinds of elemental results (results at the element integration points or results regarding whole elements) and 3 different kinds of analysis results (e.g. It provides the requested results in a form that enables the user to easily manipulate the data for further postprocessing.Ģ.4.
How to topen .inp file in abaqus 6.13 youtube verification#
The results of the verification of each function are presented in this toolbox in the form of html files.Ģ.3. It transfers efficiently results from Abaqus to Matlab, in an error-proof way, since every contained external function is verified by its application in reading the results of a corresponding Abaqus analysis. Abaqus analysis can be conducted through Matlab, without interacting with Abaqus/CAE interface, or even Abaqus/Command.Ģ.2. It provides linking between Abaqus and Matlab. Main features and characteristicsĪbaqus2Matlab is an effective tool with the following features:Ģ.1.
How to topen .inp file in abaqus 6.13 youtube license#
It is written in MATLAB programming language and is available as source code distributed under a BSD-style license (see License.txt which is included in the toolbox folder). It is developed by George Papazafeiropoulos ( in an effort to facilitate the process of coupling between Abaqus and Matlab. Instructions for use of Abaqus2Matlab toolboxĪbaqus2Matlab is a Matlab toolbox which is used to retrieve the results of an Abaqus analysis in an easy to handle form.