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XFEM4U - Python

The Python library for XFEM4U has been simplified and extended; the manual, the Python sources and a few examples can be downloaded.

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Create your XFEM4U models with Python. Fast and easy.

Of course, in XFEM4U you can already create your models pretty quickly. But now also with Python as an addition you can generate the most complicated models quickly and easily.

We have simplified and extended our Python library. It is now possible to generate nodes, supports, profiles, user-defined profile shapes, beams, columns, plates, walls, load cases, load combinations, beam loads, node loads, surface loads and panels from Python. In short. Almost everything you can do in XFEM4U, you can also do in Python. It is truly amazing how simple and at the same time powerful this is. In this newsletter you'll see some simple examples.

Our Python library and these examples are of course available. The few examples we have created for you will help you to get a quick start. With the links below you can download the manual and our Python sources.

Don't be afraid and just try it. In no time you will be familiar with the functions we have created for you.

Ok. But how to get started? .......... It's very simple.

Step 1.

Install the development environment for Python if you don't already have one. And there are lots of them. For example.

Step 2.

Copy “Struct4U.py” and “ExamplesXFEM4U.py” to your development environment. Run “ExamplesXFEM4U.py”. Choose 1,2,3,4,5 or 6.

Step 3.

Run or click on XFEM4U and ...... there is your model..... Amazingly powerful and easy to use..... You're bound to like it.

And if you have any questions and/or suggestions, let us know.

Good luck!!!

XFEM4U: view along the axis of a tube-shaped lattice structure with 1312 beam elements and 672 nodes

XFEM4U: perspective view of the same tube-shaped lattice structure, shown as lines with nodes

XFEM4U: line model of a spiral staircase with line loads and point loads of 10 kN in the permanent load case

XFEM4U: grid of beams with panels, a surface load of 5,5 kN/m2, a line load of 20 kN/m and point loads

XFEM4U: the same grid of beams with upward reaction forces in kN and labels such as 4x16 l=3850 along the beams

XFEM4U: geometry of a curved three-chord truss of round tubes, 24000 long and 800 wide

XFEM4U: displacements of the curved truss from a geometric non-linear analysis, with a maximum of 3,0 mm

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See what the software does today

Every check names its clause and shows the values that went in.

Free download · first hour free · €100 welcome credit when you register · then pay per use · no credit card · Windows