Simcenter S-Frame Timber helps structural engineers design safe, code-compliant mass timber and hybrid structures faster and with confidence. It combines advanced structural analysis, automated load handling and standards-based timber and steel design into one integrated workflow. Engineers can efficiently model, analyze and verify timber structures while accelerating project delivery across large projects.
Seamlessly combine 3D structural analysis with timber and steel member design to eliminate data transfers between tools and enable faster design iterations for hybrid structures.
Simcenter S-Frame Timber supports regional timber and steel design standards and automates verification of members and checks. Reduce the risk of non‑compliance and rework while increasing confidence in results.
Clear utilization ratios, governing load cases and clause referenced results minimize time spent preparing and checking documentation. Complete your reviews faster with transparent, traceable outputs.
Perform first- and second-order structural analysis for any structure. Accurately evaluate internal forces, deflections and stability effects under realistic loading conditions.
Generate dead, live, wind, snow and other loads with automatic code-based combinations. This ensures more accurate loading assumptions and saves significant setup time.
Design and verify timber and steel members according to supported regional design codes, including strength, serviceability and stability checks.
Evaluate critical timber components and connections as part of the overall structural model to support safer and more reliable structural systems.
Results are presented with clear utilization ratios, governing load cases and clause references. Produce transparent calculation outputs and professional reports that clearly document assumptions, checks and compliance for reviewers and project stakeholders.
Engineering consultants use Simcenter S-Frame Timber as a timber and hybrid design tool within their structural engineering software portfolio. It supports consistent application of design codes for both timber and steel members, transparent code checking and efficient production of design documentation across diverse client projects.
Design safe and efficient structures using this comprehensive analysis tool such as static, dynamic, RSA and time-history analyses. Perform code-compliant checks for timber and steel members across global design codes. Address critical challenges like wind loads, seismic events and material optimization with precision.
Simcenter S-Frame Timber is used in commercial and institutional projects such as offices, schools and public buildings built with engineered timber and steel. Engineers design and verify glulam and CLT systems efficiently while maintaining code‑compliant, traceable results that support review and approval processes.
In mass timber projects, Simcenter S-Frame Timber supports efficient design and verification of load‑bearing timber and steel elements. Integrated workflows help engineers manage structural analysis, optimize timber and steel member. Verify designs quickly as projects evolve.
