AutoPIPE Vessel 2025 v46.00.00.165 Win x64 Multilanguage

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Free Download AutoPIPE Vessel 2025 v46.00.00.165 | 1.4 Gb
Languages Supported: Deutsch, Français, Русский, English, Hrvatski,
Português, Español, Polski, 中文 (Simplified) *
Bentleyhas releasedAutoPIPE Vessel 2025 v46.00.00.165. The Most Comprehensive Software for Pressure Vessel, Heat Exchanger, Air Cooler, and Tank Design Optimization.
Owner:Bentley Systems, Inc.
Product Name:AutoPIPE Vessel
Version:2025 (46.00.00.165)
Supported Architectures:x64
Website Home Page :www.bentley.com
Languages Supported:multilanguage *
System Requirements:Windows **
Size:1.4 Gb
*The base version is in English but the UI and the Report can be switched into other languages due to the use of a dictionary file installed with the program. This language dictionary can be selected under Menu> Preferences.



What is New & Changed in AutoPIPE Vessel
The following outline identifies new features and enhancements in the AutoPIPE Vessel 2025 (46.00.00.165).
Enhancements
Codes/Standards
- ASME VIII Div.1 - Appendix Y - Flat face flanges with metal-to-metal contact outside the bolt circle.
- NB/T 47041-2014 - Anchorage, Skirt-Head Junction and Skirt Openings.
- B36.10 & B36.19 2022 - Welded and Seamless Wrought Steel Pipe.
Calculation
- Analysis Selection dialog that expedites calculation by skipping subsequent checks like nozzles, flanges, support design, MDMT, etc.
- Summary table for geometry elements under internal pressure (required minimum thickness vs. selected thickness) added to the report.
- Lifting analysis and lifting accessory design without support calculations is now possible.
- Guides for vertical vessel supported on brackets.
- Linear loadings can be included as External loads. This leads to more accurate calculations and less effort than providing multiple point load inputs.
- Several obsoletes Codes and Standards are no longer supported:
. Pressure & Tubesheet Codes : CODAP 95 :1998 ; BS 5500:1997
. Bellow Code: EJMA 6th Edition 1993
. Flange Standard: ASME B16.5-1998/B16.47-1996
. Wind Codes: ASCE 1993/1995 ; British Standard CP3 Part 2 - 1972 ; UBC 1976/1982/1988/1991/1994
. Seismic Codes: ASCE 1993/1998; DIN 4149 - 1981; IS 1893 - 1984/1996; UBC 1976/1982/1988/1991/1994; Parasismique PS 69 - 1984
User Interface
- Change Nozzle dialog that allows the simultaneous edition of multiple nozzles' properties and its comparison. Extension of old Change Nozzle Location feature.
- Analysis Selection dialog allows to bypass non required calculation at first pre dimensioning steps(enabled in Preferences).
- Summary table for geometry elements under internal pressure (required minimum thickness vs. selected thickness) can be displayed in the Results panel.
- Lifting accessories are an independent component with its own dialog and thus are now present in the list of components and in the 2D view.
- Guides dialog for vertical vessel has been moved into Support properties dialog.
- External loads dialog has been revamped. Linear loads can be defined. Loads corresponding to mass and internal components can be explicitly specified.
Drawings and Interoperability
- AutoCAD 2025 export.
- BricsCAD 2024 and 2025 export.
- SolidWorks 2024 and 2025 export.
Documentation
- Tutorial updated (more examples, includes the quick start guide ...).
- Help - How To:
. Add a User-Made Block
. Understand Drawing Views
. Understand Dimensioning Sketches

NOTE: Problems described below represent specific issues with specific test cases. It is difficult to succinctly describe a problem and how it impacted the specific test case. If you have any questions about the issues discussed in this report, please contact technical support.
Calculation / Report
- #1557759: ASME VIII div.2 - Flange Stress Factors (F,V,f) should not be the same as those for Div.1
- #1579163: ASME VIII Div.2 Ed 2023 - Fatigue analysis is not up to date.
- #1626155: API 650 - US units - Table 5.3b is wrongly converted.
- #1563766: EN13445 - Nozzle On Nozzle reinforcement length - pipe tolerance issue.
- #1564875: Brackets- Calculation crashes when yield strength is not defined.
- #1555463: Octagonal/circular platform - Fix crash and add warning message when angle is incorrect.
- #1555475: Horizontal Vessel with very low level liquid causes a crash.
- #1585650: Flat head with multiple nozzles (CODAP and AD2000) causes crash in calculation.
- #1615218: EN 13445 - Conical head under external pressure - calculation fails.
- #1615704: Anchor rings dimensions from customizable file are reversed with CODAP and EN 13445 methods.
- #1617826: Wind load EN 1991-1-4 - Reference height for Vertical vessel is not calculated as per correct formula (Figure 6.1).
- #1561202: Local Load on Trunnions - Circular Wear Plate not considered (no issue when Rectangular).
- #1550953: ASME Div2 Fatigue: fMT should be calculated using Carbon Steel's EM.
- #1552771: ANCHORAGE: allowable stress of concrete missing (Error 732).
- #1548079: CODAP - Conical shell : Tolerance for piping is not applied to the cyl. shell at the small base.
- #1548105: GB150 - Conical shell : optimized design may overestimate thickness.
- #1543137: Heat Exchanger (U-tubes) - Default Gap Issue (OTL to Shell ID).
- #641314: Pipe dimensions not consistent between GUI and Analysis Engine - B36.10/19 not up to date (dimpip.emsd).
- #1360474: PD 5500: Openings that are out of chart can show confusing error messages.
- #1259776: Report: Error Code 243 message references wrong temperature.
- #1172651: Sealer Jacket closure: when angle equals to zero, program crashes.
- #641376: A saddle located outside the beam model causes a crash.
- #1543925: EN 13445 - skirt-head junction - scope message and geometrical restrictions violated do not appear in red.
- #1533905: Improve error message 319 & 320 - HEAD: crown radius not covered by code §UG-32.
- #1634993: Boot, on long Horizontal Vessel with Saddles, not correctly located on the equivalent beam.
- #1643526: Vortex Shedding (Kanti Mahajan / Bednar) - Vibration criteria limit increased from 20 to 25 (more conservative).
- #1643526: The calculation of local loads is not performed when the sum of the forces is equal to zero.
User Interface / Others
- #1467413: Bundle Layout: U-Tube: adding a tube erases a line at the top and adds a tube in the middle.
- #640281: Karman Helicoidal Plates should be not depend on the load case.
- #1545848: Bundle layout: "Add bend axis to vertical bend 2 passes" seems no longer works.
- #1546842: Sketcher (2D view) - Horizontal Vessel with Boot and Cones has HLL drawn incorrectly.
- #1543086: Head or cone selection does not highlight the component in red (3D view).
- #1574822: Jacketed vessel - Nozzles are relocated to top of Vessel in 3D (out) rendering, but are correctly shown in 2D.
- #1575898: EMVD file lock method fails with OneDrive folder.
- #1593671: Boiler with Smoke Tubes (NFE - 1988) - Unable to open file with v45 2024.
- #1626139: [DGN/DWG/3D] File generation might fail if folder or filename contains underscore.
- #1639481: Adding a new chamber may corrupt the nozzle location (wrong parent).
- #1641512: Support brackets disappear from 3D output view after analyzing the model.
Customizable Files
NOTE: Version 3.7
- Config\Material.emdm (Material Database) (Updated)
- Config\dimpip.xlsx (Pipe Dimensions) (Updated)
EMVD schema version: 7.0
Security Release Notes
- CVE-2024-8176 and CVE-2024-50602 security vulnerabilities fixed.

AutoPIPE Vesselis a powerful solution for designing complex pressure vessels and shell and tube heat exchangers under multiple loading conditions. With a comprehensive suite of global and regional pressure design code standards, automated workflows, detailed equipment cost estimation, and self-explanatory step-by-step reports, you can deliver accurate, safe, and compliant designs on time and under budget. Furthermore, AutoPIPE Vessel's unparalleled automatic drawing feature can generate highly detailed, fabrication-level drawings and 3D models in a matter of minutes.
What's New: version 2025 (v46)
AutoPipe Vessel v2025 has been released. As a major version it includes some long-awaited features. Come discover what has change and how to apply it to your workflow.
Bentley Systems, Inc.is the global leader dedicated to providing architects, engineers, constructors, and owner-operators with comprehensive architecture and engineering software solutions for sustaining infrastructure. Founded in 1984, Bentley has nearly 3,000 colleagues in more than 45 countries, $500 million in annual revenues, and, since 2001, has invested more than $1 billion in research, development, and acquisitions.

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