DNV-OS-F101 Checker. User Manual

Transcription

1 DNV-OS-F101 Checker User Manual For Version: Copyright OPIMsoft Technology Co., Ltd. All Rights Reserved.

2 INDEX 1 FUNCTION INSTALLATION HOW TO USE INTERFACE DETAIL TECHNICAL SUPPORT & AUTHORIZATION... 13

3 1 FUNCTION Offshore Standard DNV-OS-F Submarine Pipeline Systems, developed by DET NORSKE VERITAS (DNV), is a widely used standard which gives criteria and guidance on concept development, design, construction, operation and abandonment of Submarine Pipeline Systems. DNV-OS-F101 Checker TM is a set of PC software developed to check design limit state criteria in Section 5 of DNV-OS-F101. Actually, although DNV-OS-F101 Checker TM is similar with some software of the same kind, it has several more features as following: 1. DNV-OS-F101 Checker TM combines DNV-OS-F , 2007, 2010, 2012 and 2013 together. Users can choose any version as check criteria. 2. DNV-OS-F101 Checker TM has more functions, such as buckle arrestor capacity check and accidental load check. 3. AUTOPIPE result check. AUTOPIPE result file can be checked by DNV-OS-F101 Checker TM directly and easily. 1

4 2 INSTALLATION To start to use DNV-OS-F101 Checker TM, please: For soft lock edition user: 1. Download software from official website to licensed PC. 2. Replace the original license.dll file with the one received. 3. Double click DNV-OS-F101 Checker.exe icon in the folder to start the software. For dongle edition user: 1. Download software from official website. 2. Replace the original license.dll file with the one received. 3. Insert the attached dongle into one of USB ports of your PC. 4. Double click DNV-OS-F101 Checker.exe icon in the folder to start the software. DNV-OS-F101 Checker TM runs on PC with Windows OS. 2

5 3 HOW TO USE Brief procedure of running DNV-OS-F101 Checker TM is shown as following: 1. Choose DNV-OS-F101 version Click on the down arrow of combobox DNV-OS-F101 Version to choose DNV-OS-F101 version for check. Some parameters will appear or disappear according to the version user chosen. DNV-OS-F101 Checker TM provides 5 versions of DNV-OS-F101 for user to choose, which are 2000, 2007, 2010, 2012 and All the versions are latest amended version. Fig. 3.1 Choose DNV-OS-F101 version 2. Specify check items Click on the checkbox Burst, Collapse and Propagating, Buckle Arrestor in WALL THICKNESS DESIGN groupbox and checkbox Load Controlled, Displacement Controlled in LOAD INTERACTION groupbox to specify the items user wants to check. Color of the blanks need to be filled will change to blue corresponding to the items user specified. 3

6 Fig. 3.2 Specify check items 3. Input parameters Input all the parameters into the blanks which are blue. Click Open Case or Save Case tool button to read the parameters from case file or save the parameters as a case file. 4. Calculate Click Run tool button to run the check calculation. One of the EXCEL sheet will show in the right side of interface and the check result will show in the sheet. 5. AUTOPIPE check Click Show AUTOPIPE Panel checkbox, then AUTOPIPE check panel will appear at right side. 4

7 Fig. 3.3 AUTOPIPE check Functions of the buttons on AUTOPIPE check panel are: Open Case and Save Case : Read and save parameters inputted for AUTOPIPE. Add and Delete : Add or delete an AUTOPIPE section. Up and Down : Move the position of an AUTOPIPE section. Rename All : Rename all the sections as Section X. By double clicking the name of section in the following listbox, user can input name for the section. Pre-Process : Prepare the check worksheet for AUTOPIPE. A dialogue box will show for user to choose an AUTOPIPE output file. Then one EXCEL sheet will be opened. After that, a file which has the same name with the AUTOPIPE output file but an additional prefix Filtered- will be generated in the directory of AUTOPIPE output file, in which unwanted information is deleted. It should be noted that, user should set the AUTOPIPE output file as the format in which functional load is put in the first line and environmental loads in following lines. In sheet 1, input parameters and intermediate results will be listed. in sheet 2, all the nodes and work case name will be listed, user should specify section number (1, 2, 3 ) for each node and specify ULS or ALS for each work case. If ULS is specified, then the load values in the line of this work case will be recognized as environmental loads, accidental loads is set as zero, load combination a and b will be checked. If ALS is specified, then the load values in the line of this work case will be recognized as accidental 5

8 loads, environmental loads is set as zero, load combination d will be checked. After clicking Pre-Process, Calculate button will be enabled. Calculate : Run the check for AUTOPIPE, results will be calculated and showed in sheet 3 and following sheets. The sections will show in the below box, click them, and then input the parameters for the current section in the blue blanks in left part. 6

9 4 INTERFACE DETAIL Fig. 4.1 Main interface of DNV-OS-F101 Checker TM 1. HEADING groupbox: Input description of the check. 2. DNV-OS-F101 Version groupbox: Choose DNV-OS-F101 Version. 3. GEOMETRY groupbox: OD or ID : Select to input outer or inner nominal diameter of pipe. t nom : Norminal steel pipe wall thickness. t fab : Fabrication thickness tolerance. t corr : Corrosion allowance. To be subtracted from nominal thickness if section is assumed to be corroded. f 0 : Out-of-roundness, DNV s definition: f 0 =(D max -D min )/D. Not to be taken less than 0.5%. α gw : Girth weld factor. Ref. OS-F , Section 12, F

10 Ref. OS-F , Section 13, E Ref. OS-F , Section 13, E Ref. OS-F , Section 13, D Ref. OS-F , Section 13, D MATERIAL groupbox: SMYS : Specified Minimum Yield Stress. SMTS : Specified Minimum Tensile Strength. SMYS-f y,temp : Derated yield stress at operating temperature. SMTS-f u,temp : Derated tensile strength at operating temperature. f y,temp : Derating values of yeild stress at operating temperature. f u,temp : Derating values of tensile strength at operating temperature. Ref. OS-F , Section 5, B 604, Figure 5-1. Ref. OS-F , Section 5, C 304, Figure 2. Ref. OS-F , Section 5, C 304, Figure 2. Ref. OS-F , Section 5, C 304, Figure 2. Ref. OS-F , Section 5, C 304, Figure 2. E : Young's modulus. ν : Poisson's ratio. α A : Anisotropy factor. Normally equal to 0.95 when axial stresses are considered. Equal to 1.00 in other cases. Ref. OS-F , Section 5, B 604. α h : Maximum allowed yield to tensile ratio. Ref. OS-F , Section 6, C 200, Table 6-3. Ref. OS-F , Section 7, B 400, Table 7-5. Ref. OS-F , Section 7, B 400, Table

11 Ref. OS-F , Section 7, B 400, Table 7-5. Ref. OS-F , Section 7, B 400, Table 7-5. α fab : Reduction in SMYS in hoop direction caused by fabrication processes. Ref. OS-F , Section 5, B 606, Table 5-3. Ref. OS-F , Section 5, C 307, Table 5-7. Ref. OS-F , Section 5, C 307, Table 5-7. Ref. OS-F , Section 5, C 307, Table 5-5. Ref. OS-F , Section 5, C 307, Table 5-5. Suppl. U req. : Check off if supplementary requirement "U" is fulfilled. Affects the material strength factor a U. Ref. OS-F , Section 6, D 500. Ref. OS-F , Section 6, B 409. Ref. OS-F , Section 6, B 409. Ref. OS-F , Section 6, B 410. Ref. OS-F , Section 6, B LOADS groupbox: p design : Design pressure. p test : System test pressure. p min : Minimum : Level relative to MSL at which the pressure is applied. ρ design : Density of content in design/operation condition. ρ test : Density of content in system test. ρ min : Minimum density of content. γ inc : Incidental pressure to design pressure ratio. Normally equal to Not less than

12 Ref. OS-F , Section 3, B 300. Ref. OS-F , Section 3, B 305, Table 3-1. Ref. OS-F , Section 3, B 305, Table 3-1. Ref. OS-F , Section 3, D 209, Table 3-1. Ref. OS-F , Section 3, D 209, Table 3-1. Depth : Depth relative to Mean Sea water Level (MSL) at which pipeline lies. Enter a positive number (assuming that the pipeline is submerged). ρ ext : Density of external fluid. Max. Elevation : Maximum elevation relative to MSL. Enter a number equal to or greater than zero. Max. Depth = Depth + Max. elevation is used for collapse and propagating buckling checks. Not used for Load Interaction calculations. Max. and min. elevation is usually high and low tide, respectively. Min. Elevation : Minimum elevation relative to MSL. Enter a number equal to or less than zero. Min. Depth = Depth + Min. elevation is used for burst checks. Not used for Load Interaction calculations. Max. and min. elevation is ususally high and low tide, respectively. 6. WALL THICKNESS DESIGN groupbox: p syst-test : Minimum local system test pressure (at reference level given for design above). Note that the minimum test pressure depends on safety class in operation. It is assumed that the system test medium has at least the same density as the content during operation. Ref. OS-F , Section 5, B 202. Ref. OS-F , Section 5, B 203. Ref. OS-F , Section 5, B 203. Ref. OS-F , Section 5, B 202. Ref. OS-F , Section 5, B 202. p mill-test : Minimum mill test pressure. Note that t min = t 1. Ref. OS-F , Section 6, E Ref. OS-F , Section 7, E

13 Ref. OS-F , Section 7, E 102. Ref. OS-F , Section 7, E 102. Ref. OS-F , Section 7, E 102. D BA : Buckle arrestor outer diameter. t BA : Buckle arrestor wall thickness. L BA : Buckle arrestor length. Safety Class : Safety Class, specified individually for each failure mode/condition. Corr. : Check off if corrosion allowance t corr is to be subtracted from t nom in code check. Der. : Check off if derated material strength is to be used in code check. t req : Minimum required nominal wall thickness. utility : Based on the nominal wall thickness given under GEOMETRY. See also formulae on Report sheets. 7. LOAD INTERACTION groupbox: γ C : Load condition factor, Ref. Sec. 5 Tab Ref. OS-F , Section 5, D 304, Table 5-7. Ref. OS-F , Section 4, G 203, Table 4-5. Ref. OS-F , Section 4, G 203, Table 4-5. Ref. OS-F , Section 4, G 304, Table 4-5. Ref. OS-F , Section 4, G 304, Table 4-5. Func. : Functional loads. Env. : Environmental loads. Acc. : Accidental loads. Condition : The chosen condition determines internal pressure according to the input under LOADS, or is zero if condition is EMPTY. Safety Class : Safety Class. 11

14 Limit State : Limit State. Corr. : Check off if corrosion allowance t corr is to be subtracted from t nom in code check. Der. : Check off if derated material strength is to be used in code check. t req : Minimum required nominal wall thickness. utility : Based on the nominal wall thickness given under GEOMETRY. See also formulae on Report sheets. 12

15 5 TECHNICAL SUPPORT & AUTHORIZATION For technical support and authorization of DNV-OS-F101 Checker TM, please visit: or contact: 13