Python client for timber-concrete composite analyses based on Rautenstrauch's frame structure model.
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Python client for timber-concrete composite analyses based on Rautenstrauch's frame structure model.
2026-06-09
063108
  • RFEM 6

Analysis of Timber-Concrete Composite Systems with Python

Python client for timber-concrete composite analyses based on Rautenstrauch's frame structure model.

Development of a Python client for the analysis of timber-concrete composite systems is presented. The model is based on the strut-and-tie approach according to Rautenstrauch. The objective is to improve the structural optimization of these systems.
  • Timber-concrete composite
  • Structural analysis
  • Python Client
  • Frame structure model
  • Rautenstrauch
Used in
  • Development of a Python Client for Analysis of Timber–Concrete Composite Systems Based on the Frame Structure Model According to Rautenstrauch
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  • Development of a Python Client for Analysis of Timber–Concrete Composite Systems Based on the Frame Structure Model According to Rautenstrauch
Specifications
Number of Nodes 252
Number of Lines 153
Number of Members 153
Number of Surfaces 0
Number of Solids 0
Number of Load Cases 2
Number of Load Combinations 8
Number of Result Combinations 0
Total Weight 0,712 t
Dimensions (Metric) 5,000 x 0,145 x 0,000 m
Dimensions (Imperial) 16.4 x 0.48 x 0 feet
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