What's New in Aspen Exchanger Design and Rating V14.2
What's New in Aspen Exchanger Design and Rating V14.2The Aspen Exchanger Design & Rating (EDR) suite includes a number of programs for the thermal design, mechanical design, cost estimation, and drawings for heat exchangers and pressure vessels. This section describes the New Features and Known Issues for the V14.2 Aspen Exchanger Design and Rating applications, which include the following:
Aspen Fired Heater
Aspen Plate Exchanger
Aspen Shell & Tube Mechanical
New Features and Enhancements in V14.2 (All Programs)
The following new features and enhancements were added:
Search in Recap of Designs
New option in Aspen EDR Options for tooltip display
ClosedSearch in Recap of Designs
ClosedNew option in Aspen EDR Options for tooltip display
Compatibility Notes
Aspen Exchanger Design and Rating V14.2 can coexist with all earlier versions.
EDR V14.2 integrates with Aspen Plus and Aspen HYSYS V14.
Closed64-bit EDR
ClosedRegistering older versions
ClosedCost Update
Aspen Fired Heater
Aspen Fired Heater is for the simulation and rating of furnaces and fired heaters. The program calculates heat transfer and other key parameters in a variety of tube configurations in both box and cylindrical fireboxes using the well stirred, imperfectly stirred or long-furnace models. In addition, the heat transfer in up to nine convection banks can be handled.
New Features and Enhancements
The following new feature/enhancement was added:
Add alloy “9Cr-1Mo steel” to tube material option and fin or stud material option
ClosedAdd alloy “9Cr-1Mo steel” to tube material option and fin or stud material option
Compatibility Notes
Aspen Fired Heater V14.2 can be installed and used at the same time as V14 and other previous versions of Aspen Fired Heater.
Fired Heater V14.2 is compatibility with all 64-bit versions (V14, V12.1, V12 and V11) of Aspen Properties.
Aspen Plate Exchanger
Aspen Plate Exchanger enables the optimum design, rating, and simulation of plate and frame heat exchangers.
New Features and Enhancements
The following new feature/enhancement was added:
Add Console to Aspen Plate Exchanger
ClosedAdd Console to Aspen Plate Exchanger
Compatibility Notes
Aspen Plate Exchanger V14.2 can be installed and used at the same time as V14 and other previous versions of Aspen Plate Exchanger.
Aspen Shell & Tube Mechanical (formerly Aspen Teams)
Aspen Shell & Tube Mechanical (formerly Aspen Teams®) is a comprehensive set of tools for the complete mechanical design or rating of shell & tube heat exchangers and basic pressure vessels.
When used with Aspen Shell & Tube Exchanger (formerly Tasc+) Aspen Shell & Tube Mechanical provides bi-directional data transfer, eliminating the need for data re-entry and ensuring consistency between thermal and mechanical designs. This enables engineers to both optimize and efficiently validate the thermal and mechanical designs of shell and tube heat exchangers.
When used as a stand-alone program in design mode, Aspen Shell & Tube Mechanical can optimize the design of most components including flanges, tubesheets, expansion joints, supports, shell, and nozzle reinforcement. They conform to TEMA standards and several international codes including, ASME Section VIII Div.1 and Div.2 Part 4, EN 13445, AD Merkblätter, and CODAP.
When ‘ASME’ is mentioned, is referring to BPVC Section VIII Division 1 or 2 codes.
New Features and Enhancements
The following new features and enhancements are added:
Updated ASME US Customary and Metric material stress tables according to the 2023 edition of ASME BPVC Section II, Part D. New Materials added and removed are shown in the Annex at the end of this document.
2023 ASME BPVC Edition:
Changes that affect results in V14.2 versus prior versions:
Revision of shell and channel coefficients to be based on mean diameter
New calculations for integral conical channels
Changes that do not affect results in V14.2 versus prior versions:
Replacement of Section VIII-1 UHX calculations with Section VIII-2 4.18 references
Replacement of Section VIII-1 Appendix 26 calculations with Section VIII-2 4.19 references
Removal of Section VIII-1 Appendix A with all rules moved to UW-20
Editorial changes to 4.18 calculation procedure
Improvements to Appendix 2 code calculation output
ClosedRevision of shell and channel coefficients to be based on mean diameter
ClosedNew calculations for integral conical channels
ClosedReplacement of UHX calculations with 4.18 references
ClosedReplacement of Appendix 26 calculations with 4.19 references
ClosedRemoval of Section VIII-1 Appendix A with all rules moved to UW-20
ClosedEditorial changes to 4.18 calculation procedures
ClosedImprovements to Appendix 2 code calculation output
ClosedUpdated ASME US Customary and Metric material stress tables for 2023
Compatibility Notes
ClosedCoexistence
ClosedRich Text Code Calculations Report
Annex
Materials added in the 2023 ASME materials database:
Material Number Material Name
8413 SA-240 S43932 Plate
8414 SA-240 S31655 Plate(G5)
8415 SA-240 S31655 Plate
8416 SA-213 S31002 Smls. tube(G5)
8417 SA-213 S31002 Smls. tube
8418 SA-312 S31002 Smls. pipe(G5)
8419 SA-312 S31002 Smls. pipe
8420 SA-789 S32707 Smls. tube
8421 SA-790 S32707 Smls. pipe
8422 SB-187 C10200 Cls O60 Bar(All)
8423 SB-187 C10200 Cls O60 Bar(All)(G5)
8424 SB-111 C19200 Cls O61 Smls. cond. tube(G5)
8425 SB-395 C19200 Cls O61 Smls. U-bend tube(G5))
8426 SB-543 C19400 Cls WO61 Wld. cond. tube(G5)
8427 SB-283 C37700 Cls M10, M11, O20 Forgings(> 1 1/2)(G5)
8428 SB-283 C37700 Cls M10, M11, O20 Forgings(<= 1 1/2)(G5)
8429 SB-283 C64200 Cls M10, M11, O20 Forgings(> 1 1/2)(G5)
8430 SB-283 C64200 Cls M10, M11, O20 Forgings(<= 1 1/2)(G5)
8431 SB-98 C65100 Cls O60 Bar(All)(G5)
8432 SB-98 C65100 Cls O60 Rod(All)(G5)
8433 SB-98 C65100 Cls H02 Bar(<= 2)(G5)
8434 SB-98 C65100 Cls H02 Rod(<= 2)(G5)
8435 SB-315 C65500 Cls O61 Smls. pipe(G5)
8436 SB-315 C65500 Cls O61 Smls. tube(G5)
8437 SB-96 C65500 Cls O61 Plate(<= 2)(G5)
8438 SB-96 C65500 Cls O61 Sheet(<= 2)(G5)
8439 SB-98 C65500 Cls O60 Bar(All)(G5)
8440 SB-98 C65500 Cls O60 Rod(All)(G5)
8441 SB-98 C66100 Cls O60 Bar(All)(G5)
8442 SB-98 C66100 Cls O60 Rod(All)(G5)
8443 SB-111 C68700 Cls O61 Smls. cond. tube(G5)
8444 SB-395 C68700 Cls O61 Smls. U-bend tube(G5)
8445 SB-543 C68700 Cls WO61 Wld. cond. tube(G5)
8446 SB-466 C71000 Cls O60 Smls. tube(G5)
8447 SB-111 C71000 Cls O61 Smls. cond. tube(G5)
8448 SB-359 C71000 Cls O61 Finned tube(G5)
8449 SB-395 C71000 Cls O61 Smls. tube(G5)
8450 SB-626 N06617 Cls Solution ann. Wld. tube
8451 SB-626 N06617 Cls Solution ann. Wld. tube(G5)
8452 SA-213 N08904 Cls Annealed Smls. tube
8453 SA-479 N08904 Cls Annealed Bar
8454 SB-752 R61702 Grd 702C Castings
8455 SB-752 R61705 Grd 705C Castings
8456 SB-187 C10200 Cls O60 Bar(All)
8457 SB-187 C11000 Cls O60 Bar(All)
Materials removed in the 2023 ASME materials database:
Material Number Material Name
1581 SA-283 Carbon steel Grd B Plate
1579 SA-283 Carbon steel Grd A Plate
7504 SB-187 C11000 Cls H04 Rod(All)
6269 SB-649 N08904 Cls Ann. Bar
6270 SB-649 N08904 Cls Ann. Wire
6272 SB-677 N08904 Cls Ann. Smls. tube
{:1110_549:}{:1110_550:}{:1110_553:}哈哈，工程套件里PLUS 和HYSYS没有更新 太惹火了，谢谢。 这ASPEN也向CAD看齐了，一年一个版本儿啊
这电脑可不能更新这么快
{:1110_553:} 有点适应不了 {:1110_549:}{:1110_550:}{:1110_551:} {:1110_553:} {:1110_549:} Aspen的功能越来越强大了。 楼主太厉害了！楼主，I*老*虎*U！我觉得马后炮化工真是个好地方！
我看不错噢 谢谢楼主！马后炮化工越来越好！ 更新太快，厉害！
感谢楼主的无私分享！要想马后炮化工好 就靠你我他 {:1110_549:} {:1110_549:} 感谢分享！ {:1110_550:}{:1110_549:}{:1110_553:}{:1110_553:} {:1110_553:} ai功能有变化吗
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