Calculation
Precise calculation is an essential part of the planning and design of complex systems. It ensures that all components and structures can withstand the required loads.
We create our calculations using state-of-the-art software and sound engineering knowledge that meet the highest safety and quality standards. You can rely on that.
Our calculation services for you
Pipe static calculations
- We carry out elasticity verifications and stress calculations for pipelines using Rohr2 and Caesar2.
- We prepare the necessary documents for notified bodies for category pipelines subject to design review.
Pipe classification for steel, GRP and polymer pipelines with internal pressure verification is part of our standard repertoire.
For highly stressed pipe components, we prepare creep analyses as required.
We prepare flange verifications for all necessary requirements.
Steel construction calculations for bar statics/nodal statics
We offer comprehensive steel construction calculations, from supporting steel structures to platform constructions and tubular bridges. The scope of services includes structural analysis and verification of the connecting elements.
Finite element method
FEM enables the detailed analysis of stresses, deformations and other mechanical stresses, even with complicated geometries. Using FEM, we can precisely determine the structural integrity of components such as pipelines, steel beams, brackets and special components.
Time sheets
For hot cables, a creep test is required to guarantee the material resistance for the intended service life.
Internal pressure proofs
The necessary and standard-compliant verifications are carried out for the mathematical design of pipe classes and branches
Container calculation
We also carry out the standard-compliant design of containers. Here, the wall thicknesses and stiffnesses are adapted to the geographical and operational requirements.
Flange verifications
When using hazardous or hot media, it is necessary to verify the leakage rate of the flange to protect people and the environment. Proof is also required to define the tightening torque of the screws or bolts in order to avoid overloading the components and guarantee tightness in all load cases.
