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- 002528
- RSTAB 8
- RFEM 5
-
- FRAME-JOINT Pro 8
- LIMITS 8
- RF-JOINTS Timber | Timber to Timber 5
- RF-JOINTS Timber | Steel to Timber 5
- RF-JOINTS Steel | Rigid 5
- RF-JOINTS Steel | DSTV 5
- RF-JOINTS Steel | Pinned 5
- RF-JOINTS Steel | Tower 5
- RF-JOINTS Steel | SIKLA 5
- RF-JOINTS Steel | Column Base 5
- RF-PIPING 5
- RF-PIPING Design 5
- RF-FRAME-JOINT Pro 5
Internal Forces at Certain Nodes in Printout Report
Where can I find the internal forces at certain nodes in the printout report?
Question
I have purchased the RF‑/JOINTS add-on module. After importing the new authorization file, only the demo version is available. Why?
Question
I designed a steel connection using RF‑JOINTS, then created a model to compare it in RFEM. Why are the results not identical?
Question
The design of the premature weld failure at the fin plate is governing for the design of a pinned beam connection with JOINTS.
What exactly does the design of the premature weld failure consider, and is it necessary to perform it in every case?
Question
Why it is not possible to design a biaxial bending with the RF‑/JOINTS add-on module?
- 002489
- JOINTS Timber | Timber to Timber 8
- JOINTS Timber | Steel to Timber 8
-
- JOINTS Steel | Rigid 8
- JOINTS Steel | DSTV 8
- JOINTS Steel | Pinned 8
- JOINTS Steel | Tower 8
- JOINTS Steel | SIKLA 8
- JOINTS Steel | Column Base 8
- RF-JOINTS Timber | Timber to Timber 5
- RF-JOINTS Timber | Steel to Timber 5
- RF-JOINTS Steel | Rigid 5
- RF-JOINTS Steel | DSTV 5
- RF-JOINTS Steel | Pinned 5
- RF-JOINTS Steel | Tower 5
- RF-JOINTS Steel | SIKLA 5
- RF-JOINTS Steel | Column Base 5