Go to the
first,
previous, next, last section,
table of contents.
To learn how to configure GiD for a particular type of analysis, you can:
follow the Problem Type Tutorial; this tutorial is included with the GiD package you've bought. You can also download the tutorial from the GiD web page. http://www.gidhome.com/support
read the online help in GiD (or the printed Reference Manual).
study and modify the Problem Type's included in GiD by default.
These Problem Types are:
- cmas2d: This is the problem type created in the tutorial, which finds the distance of each element relative to the center of masses of a two-dimensional surface. It uses the following files:
.cnd
, .mat
, .prb
, .bas
and .bat
. There is a help file inside
directory cmas2d.gid called cmas2d.html
- rambshell: This is a problem type which performs the structural analysis of either beams or shells or a combination of both using the Finite Element Method. This problem type uses the latest features offered by GiD version 6. It uses the following files:
.cnd
, .mat
, .prb
, .bas
, .tcl
, .geo
, .sim
, .unix.bat
and .win.bat
. The .exe
file for Windows systems is also included in a limited version. It can also be executed for Linux with libc6 (glibc). For the full version without limitations check http://www.gidhome.com/ram-series.
- Dxfout: This is a very simple Problem Type which exports a
project_name.dat
file in the dxf
file format. It only has the .bas
, .prb
and .mat
files.
- problem_type_solid1: This is the interface of what it could be a structure-calculating module. It contains the
.cnd
, .mat
, .prb
, .sim
, .bas
and .bat
files.
- problem_type_solid2: Same as problem_type_solid1 with a different interface.
- problem_type_thermo_mec: This is the interface of what it could be a thermo-mechanical module. It has programation in TCL-TK language. It uses the following files:
.cnd
, .mat
, .prb
, .sim
, .bas
.bat
and .tcl
.
Go to the first, previous, next, last section, table of contents.