The strength of tubular members and tubular joints according to ISO 19902 standard is implemented in version 4.0. For checking of large (offshore) lattice structures according to ISO 19902 the joints and members need to be recognized in the standard FEA model

1. SDC Verifier 4 Preview: ISO 19902 Tubular members and joint checks
The strength of tubular members and tubular joints according to ISO 19902 standard is implemented in version 4.0.
For checking of large (offshore) lattice structures according to ISO 19902 the joints and members need to be
recognized in the standard FEA model:
SDC Verifier automatically recognizes the members (left) and the Joints (right):

2. The Standard contains the following checks: axial, bending, shear, hydrostatic, combined and overall.
It is very easy to check the strength of tubular members for set of results using Load Group (Envelop) extreme table:

3. Verification of the tubular joints is performed by Joint Check. Fully automated recognition of connections with their
geometrical parameters and brace classification (that depends on loading) significantly speeds-up the verification
process.
ISO 19902 is the new standard based upon the older API RP 2A standard which was already implemented in version
3.8.5. Besides the implementation of this new standard also the following improvements compared to version 3.8.5
are added:
- general requirements of standards are checked(Yield < 500 MPa, Thickness >= 6mm and D / t <= 120);
- accurate calculations of Cmy/Cmz reduction factors for each member are calculated on the moment pattern
(in version 3.8.5 constant values 0.85 were used);
- the length and effective factors are directly retrieved from SDC Verifier Beam Member Finder (no user input
required anymore).