Geometry setup
Quickly build your geometries through an ergonomic interface based on grids or imported 2D civil engineering drawings.
A structural analysis platform built for civil engineering, combining power of code_aster with Salome-Meca.
An integrated analysis pipeline to model, compute and post-process your results faster.
Quickly build your geometries through an ergonomic interface based on grids or imported 2D civil engineering drawings.
Configure materials, boundary conditions, static loads (pressures, temperatures, …) or dynamic loads (spectra, acceleration, …) with finite element analysis assumptions.
Replicate storeys and elements in seconds to speed up data input.
Automatically generate suitable meshes and visually analyze your building results: displacements, stresses, reinforcement density, …
Designed to meet the requirements of nuclear civil engineering and heavy industry, Civil Master scales from simple structures to the most complex projects.
Tap into code_aster's advanced numerical methods to handle the most demanding static and dynamic analyses.
Bring modelling, computation, verification and post-processing into a single platform.
Quickly check model consistency before launching any simulation.
Co-developed with EDF engineering teams to meet the real-world demands of nuclear infrastructure.
Rely on an industrial-grade open-source FEA solver, built for linear and non-linear static and dynamic analyses, backed by a large engineering community.
Benefit from an integrated environment for geometry, meshing and post-processing.
Build domain-specific add-ons and automate your workflows through the Python interface.
From modelling to reinforcement design, Civil Master accelerates complex structural studies with the power of code_aster and ergonomics designed for real-world projects.
Built for the needs of EDF engineering teams, Civil Master is now being opened to other civil engineering projects.
If the platform sparks your interest, let's talk through your needs.