1. Description
This component operates the Construction Stage Control Data function in Civil NX.
Enter the method of performing moving load analysis and the location of output for element results.
The Construction Stage Control Data function can be found in the Civil NX main menu,select [Analysis] tab > [Analysis Control] Group > [Construction Stage] Menu
2. Grasshopper Path
[Midas] > [Analysis] > [Construction Stage Control Data]
3. Component Image
4. Input/Output Value
- Input Data
Index | Name | Description | Type | Default |
Previous |
---|---|---|---|---|---|
1 | FINAL_STAGE 1) | Construction Stage Name | String | - | - |
2 | PD_DATA | P-Delta Analysis Control | Object | - | P-Delta of Construction Stage Analysis Control Data |
3 | TD_DATA | Time Dependent Effect Control | Object | - | Time Dependent Effect of Construction Stage Analysis Control Data |
4 | vEREC | Erection Load for Construction Stage | Object | - | Erection Load of Construction Stage Analysis Control Data |
5 | GROUP 2-1-1) | Structure Group Name for Initial Tangent Displacement | String | - | - |
6 | LFFGR 2-2) | Structure Group Name for Lack-of-Fit Force | String | - | - |
7 | iSDOPT 5) | Stress Decrease Method
· Linear Interpolation : 0 |
Integer | 0 | - |
8 | SDCONST 5-1) | Ratio Value for Constant Type | Real | 0 | - |
9 | Fianl Stage | Select | Last | - | |
10 | Analysis Type (Currently Linear Only) |
Select | Linear | - | |
11 | Independent/ Accumulative stage |
Analysis method by construction stage | Select | Independent | - |
12 | Internal/ External force |
Cable-Pretension Force Control Option | String | Internal | - |
13 | Change cable element to equivalent truss element for Post C.S. | Select | false | - | |
14 | Apply Initial Member Force to C.S. | String | false | - | |
15 | Convert final stage member forces to initial forces for Post C.S. | Select | false | - | |
16 | Initial tangent displacement for erected structures 2) | Select | false | ||
17 | Lack-of-Fit force Control 2) | Select | false | ||
18 | Apply Camber displacement to C.S. | Select | false | ||
19 | Consider Stress decrease at Transfer Length Zone by Post-tension | Select | false | ||
20 | Constant/Change with Tendon 2) |
Beam Section Property Change | Select | Constant | |
21 | Calculate concurrent forces of frame 2) | Select | false | ||
22 | Calculate Output of Each Part of Composite Section | Select | true | ||
23 | Save Output pf Current Stage 2) (Beam/Truss) | Select | false | ||
24 | External force type 3) | Select | Add,false | ||
25 | Truss 4) | Convert Final Stage Truss Member Force | Select | flase | |
26 | Beam 4) | Convert Final Stage Beam Member Force | Select | flase | |
27 | Initial tangent displacement type 2-1) | Select | ALL |
Activation Condition
1) Only for if Final Stage is Other Stage
2) Only for if Independent/Accumulative stage is Accumulative
2-1) Only for if Initial tangent displacement for erected structures is true
2-1-1) Only for if Initial tangent displacement type is Group
2-2) Only for if Lack-of-Fit force Control is true
3) Only for if Internal/External force is External
4) Only for if Convert final stage member forces to initial forces for Post C.S. is true
5) Only for if Consider Stress decrease at Transfer Length Zone by Post-tension is true
5-1) Only for if Stress Decrease Method is 1(Constant Stress)
- Output Data
Index | Command | Description | Type | Method |
Next |
---|---|---|---|---|---|
1 | MVCT | Create Construction Stage Control Data | Json | PUT | - |
5. Reference API Manual Link
Construction Stage Analysis Control Data