Perform cross-section calculations and checks according to the Belgian Law (for gas pipelines)
Through this design function deformations and stresses are calculated in specified cross-sections of the pipeline. Cross-sections are located at the mid-sections of elements. The hoop stress is calculated and checked according to the Belgian law for gas pipelines.
The function calculates the deformations and stresses in specified cross-sections and max/min results are stored in the output data tables. One data line per cross-section specified. Detailed data over the circumference of the cross-section are contained in the 'Additional output'-tables. These tables only contain results of the last cross-section calculated. At the start of a new cross-section the 'Additional output'-tables are cleared and during the calculations on the new cross-section filled with the detailed data of that new section.
If detailed data are required from each cross-section to be analysed, it is advised to perform this sub-function separately for each cross-section using the unlock-functionality on this sub-function.
Overall results of previous calculations are accumulated in the output data tables of this sub-function until this function is set back. In that case all output data tables are cleared.
The additional output data tables are filled with detailed deformation and stress data concerning a mid-section of an element. Through these additional output data tables, detailed information on the behaviour of a cross-section can be obtained.
As the number of detailed data on a cross-section is quite substantial the detailed data per cross-section is not stored in the database. Results of calculations on a new cross-section overwrite the results of previous calculations. Hence, if a list of cross-sections has to be calculated, only the detailed data of the last cross-section will be available through the additional output data tables.
In case the designer wants to have available all detailed data per cross-section, the function can be performed with one cross-section at the time.
H6403, last changed: 14/09/2016