Simufact Welding 2021 - What´s new

The extended Python API scripting allows the user to easily create and calculate models from scratch. It also enables for data input and output to be fully automated.

For example, Simufact Welding 2021 allows the user to automate model creation, such as the import and the positioning of his parts, the creation and the assignment of objects necessary to the process and their process definition. In addition, Simufact Welding 2021 now automatically initiates post-processing such as the creation of measuring points wherever needed, and exporting or copying results into subsequent processes. Once the results have been exported from Simufact Welding 2021, our user can analyse them without any limits using Python programming language.

Simufact Welding 2021 moves an important step forward towards automation. Our development team is about to improve and expand this even further in the future to simplify your daily work

Until now, modelling certain welds such as butt welds required for an additional software. Simufact Welding 2021 has integrated a new weld bead creation tool, that serves for a complete control over any shape of your weld beads. Whether you need to simulate square butt welds, V-butt welds or T-joints with a gap: the new weld bead creation helps you to easily, quickly and intuitively create them within one welding simulation software.

We have improved our direct energy deposition (DED) module so that users can easily create a geometry based on the trajectories after the G-Code import. Afterwards he generates the mesh for his simulation. Further enhancements improve the stability, robustness, and ease of use in both: model generation and simulation of DED processes.

Simufact has enhanced its range of applications by including a basic cost estimation module as technical preview. Users can now estimate the costs of each process variant in advance and optimize them prior to production.

The new cost estimation module makes it possible to estimate itemized and total costs of each variant. This allows the user to compare different welding processes in terms of cost. The holistic calculaton engine considers fixed costs such as maintenance and labour costs and variable costs such as material and tooling consumables and the cost of energy used.

Defining the heat source is essential for a welding simulation. Simufact Welding 2021 simplifies the heat source definition so users can focus on their process setup.

Look forward to two major updates to the heat source definition:

• The Goldak’s heat source geometry and power can be estimated by using the geometric parameters of a weld bead dimensions from a weld plan or a cross-section from experiment.
• In addition to the conventional heat source definition by specifying the speed, power and efficiency, users can now easily specify the target temperature, the temperature tolerance as well as the maximum current and the maximum voltage.

Use our new, quick and easy heat source definition tool to estimate the heat source dimensions and properties without spending much time and efforts for calibrating it in order to run a first-shot welding simulation.