ROHR2

The calculation considers geometry, materials, loads, and operating conditions to provide accurate results for the behaviour of even the most complex piping systems.

Verifications follow numerous international standards for industrial, nuclear, offshore, buried, plastic piping systems, and connected steel structures.

Load cases, combinations, and verification equations are generated automatically according to the selected standard, reducing repetitive manual operations.

Displacements, stresses, and loads on supports, components, and nozzles can be analysed graphically and numerically throughout every verification phase.

Three-dimensional models, colour scales, tables, and diagrams make results easier to interpret and highly stressed areas quicker to identify.

Static, dynamic, and seismic analyses allow different operating conditions, load combinations, and linear or nonlinear behaviours to be investigated.

CAD and CAE interfaces simplify the transfer of geometries and data, integrating ROHR2 into existing engineering and design workflows.

Integrated databases, automated verifications, and post-processing tools reduce the time required to set up, calculate, and document analyses.

Input data controls, code-based verifications, and complete documentation make the calculation process traceable, repeatable, and easy to review.