Revision 37 posted to RAM | STAAD Wiki by Sye on 4/11/2017 8:20:16 PM
| Applies To | |||
| Product(s): | STAAD.Offshore | ||
| Version(s): | All | ||
| Environment: | N/A | ||
| Area: | FAQ's | ||
| Subarea: | N/A | ||
| Original Author: | Sudip Narayan Choudhury Bentley Technical Support Group | ||
- Should the static (gravity) loads in the STAAD Pro Load Combinations be Excluded when Analyzing for Transportation Cases
- Can we specify Marine Growth above the Still Water Level in STAAD.Offshore?
- When I generate the STAAD file with wave loads using the STAAD.Offshore module, the file throws up errors while opening in STAAD.Pro and the Wave Load Cases are messed up.
- I have specified the added mass coefficient and the drag coefficient as zero. However, STAAD is still generating Wave Loads in the Vertical direction.
- When I try to open my staad.pro model in offshore, I receive the error: “Structure file has syntax errors. check the <filename>.err file for reasons”. What is the cause of this error ?
- I added a section to the STAAD.Pro section database and used it in my model. Now I am trying to open the STAAD.Pro model in STAAD.Offshore and I am getting error messages saying “structure file has syntax errors”. How do I get Offshore to recognize my defined sections ?
- Type PIPE/TUBE/OPEN/PRISMATIC Cannot be Established for Some Members
- Is it possible to specify the heave + roll and heave –roll in the same load case?
- Joint Lumped Inertia Force System vs Member Distributed Inertia Force System
- Trap Load Beyond its Length. Full Length Assumed
- Not very clear with the input regarding the flooded members and appurtenance members in structure member properties in STAAD Offshore.
- In the main menu it says metres and Kilonewtons where as in the general tab for water mass density not sure what to apply either kg/m3 or kN/m3 ? If we apply in kN/m3 the wave output shows 10.2 kg/m3 which is not right.
- [[Wave loads generated in STAAD.Offshore are off by 1000]]
Tags: FAQ, transport, STAAD.offshore, Offshore, Wave, fatigue