beos
Calculation of the buckling behavior of composite shells
Simplify complex composite calculations. Launch and runtime environment for software projects developed by the Department of Structural Mechanics at the Institute of Lightweight Structures (DLR).
This Python package provides an independent standard runtime environment for software projects developed by the Department of Structural Mechanics at the Institute of Lightweight Structures of the German Aerospace Center It uses the Jupyter project as its graphical user interface. Two types of installation procedures are available. A community version can be installed and executed using pip. An enterprise version with yet unpublished software projects is available as an offline installer on request.
Use GIT to get the latest code base. From the command line, use
git clone https://gitlab.dlr.de/dlr-sy/stmlab stmlab
If you check out the repository for the first time, you have to initialize all submodule dependencies first. Execute the following from within the repository.
git submodule update --init --recursive
To update all refererenced submodules to the latest production level, use
git submodule foreach --recursive 'git pull origin $(git config -f $toplevel/.gitmodules submodule.$name.branch || echo master)'
PyXMake can be installed from source using poetry. If you don't have poetry installed, run
pip install poetry --pre --upgrade
to install the latest version of poetry within your python environment. Use
poetry update
to update all dependencies in the lock file or directly execute
poetry install
to install all dependencies from the lock file. Last, you should be able to import STMLab as a python package.
import stmlab
Calculation of the buckling behavior of composite shells
Computation of effective cross-sectional properties of composite beams
Calculation of the phase velocity of Lamb waves in plate composite structures
Calculation of pristine and damaged composite structures
Harmonized interfaces and workflows to selected software development tools