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本帖最后由 niat8888 于 2018-5-13 12:10 编辑
Pvelite 2018 SP1 更新 以及 自带 中文帮助文档
1. Pvelite 2018 SP1 中文帮助
PVElite.pdf
(7.38 MB, 下载次数: 115, 售价: 10 米粒)
CodeCalc.pdf
(6.19 MB, 下载次数: 61, 售价: 10 米粒)
2. Pvelite 2018 SP1 更新
User Interface/Graphics
• Fixed an issue in PV Elite when the material database Division 2 Class 1 is selected; the user
cannot use the search function to find a material in the Material Database dialog. User must
scroll through the database to find the material desired. The software has been updated to let the
user be able to use the search function to find a specific material in the database for Division 2
Class 1 materials. (HF-TX-24480)
• Fixed an issue in PV Elite when the input file was saved with Division 2 and class 1 vessel, on reopening,
the file was set as Division 2 class 2 and not 1. The software has been updated to save
the input file with the Div. 2 Class selection set by the user. (HF-TX-24604)
• Fixed an issue in PV Elite where the users will enter an insulation density of 0.00017 kg/cm3 and
the software will reset it back to 0 kg/cm3 in the Insulation Dialog box. The software has been
updated to keep the small value of 0.00017 kg/cm3 and should not be reset to zero on the
Insulation Dialog box. (HF-TX-24691)
• Fixed an issue in PV Elite when the material database Division 2 Class 1 is selected, the user
cannot select bolting materials in the Material Database dialog. The software has been updated
to let the user be able to select bolting materials in the Division 2 Class 1 material database. (HFTX-
24608)
• Fixed an issue in PV Elite where the Lifting Lug Pad graphics is shown perpendicular to the shell
instead of being parallel. The software has been updated to show the lug pad graphics parallel to
the shell surface in the 3D View tab. (TR-TX-24784)
• Fixed an issue in PV Elite where a Division 2 material showed a value in the input field for P
Number Thickness in the Material Properties dialog. The software has been updated to disable
the P Number Thickness field and replace it with a 'N/A' value in the Material Properties dialog for
Division 2 models. (TR-TX-24824)
Output Reports
Fixed an issue in CodeCalc where the ASME code version in the Cover Page report is shown incorrectly. The software has been updated to show the correct ASME code version as 2017 edition and not 2015. (HF-TX-24556)
• Fixed an issue in PV Elite where the Conical Actual Stress should be computed using the Joint Efficiency of values less than 1 for EN-13445 models. The software has been updated to reflect the joint factor in the formula and substitution formula in the Internal Pressure Calculations report. (TR-TX-24605)
• Fixed an issue in PV Elite adding the static head pressure to the Pmax value shown in the input echo section of the EN-13445 Local Stress Analysis found in the Nozzle Calcs report. The software has been updated to reflect the permissible pressure plus the static head pressure in the Nozzle Calcs report, considering that the other results were already including the static pressure except for that line in the input echo. (TR-TX-22219)
• Fixed an EN-13445 issue in which the computed cone junction MAWP was not transferred back to the summary table in the Internal Pressure Report. (TR-TX-24386)
• Fixed an issue in PV Elite where it was taking the incorrect gasket inside diameter according to Table 9, B16.20 and instead using the dimensions for Class 600, which is incorrect. It should be using Class 1500 dimensions. The software has been updated to use the correct dimensions for the gasket inside diameter for class 900 standard flanges. (TR-TX-24341)
• For some vertical heat exchanger models on lugs supports, the tube weight would be excluded which would affect the related calculations. (TR-TX-24602)
• Fixed an issue in PV Elite where the Element and Detail Weights report would show negative values for the element ID volume and weights for the liquid details. The software has been updated to show the weights and volumes are not negative in the Element and Detail Weights report. This occurred in very specific cases of U-tube type heat exchangers. (TR-TX-24603)
• Fixed an issue in PV Elite where the tube required thickness due to shell side pressure is shown as 0 in the EN tubesheet output report Summary of tube required thickness Results. The software has been updated to show the calculated value for the tube required thickness for shell side pressure in the EN TS Calc output report. (TR-TX-24829)
• Fixed an issue in PV Elite where the design lengths for external pressure of the cone and the cylinders are not in accordance with EN-13445 clause 8.6.5 in the External Pressure report. The software has been updated with the appropriate design lengths of the cylinders/cone calculation and summary tables in the External Pressure report. (TR-TX-22414)
• Fixed an issue in PV Elite where the analysis of a studding outlet was missing the pressure area method in accordance with the method shown in Figure 3.5-32 of PD 5500 in the Nozzle Calc. report. The software has been updated by performing the analysis as required by PD 5500 for pads and studding outlets using the pressure-area method of analysis in the Nozzle Calc. report. (TR-TX-24558)
• Fixed an issue in PV Elite where the sigma11* moment of inertia equation substitution value was wrong in the Horizontal Vessel Analysis (Ope.) report. The software has been updated by using the correct conversion factor in the formula substitution in the Horizontal Vessel Analysis (Ope.) report. Please note that the final answers are correct. (TR-TX-24937)
• Fixed an issue in PV Elite where the design pressure used in the hydrostatic test pressure calculations per EN 13445 did not meet the expectations compared to ASME Section VIII Division 1 in the Internal Pressure Calculations report. The software has been updated to show detailed tables in the Hydrostatic Test pressure section in the Internal Pressure Calculations report. (TR-TX-24853)
• Fixed an issue in PV Elite where the user entered a Wm1 user-defined bolt load on the channel flange but the output result for Step 6 of the ASME TS calc report is using the wrong value for W*. The software has been updated to use the correct W* value which is the maximum of the computed value of Wm1 values for either flange and the user defined maximum value the Wm1’s for either flange. (TR-TX-24962)
• Fixed an issue in PV Elite where the error message needs to be clearer and address the thermal expansion coefficient lack of information. The software has been updated to note the user with a message that explains that the thermal expansion properties might not be published in the Annex O, EN-13445 code shown in the PD 5500 TS calc output report. (TR-TX-24258)
• Based on information on an upcoming ASME Code Case regarding loadings on ANSI flanges and how they affect the MAWP, the PVP method was revised to be in line with the Code Case. Please note that the Code Case has not been released as of February 2018. The DNV method was also revised.
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