Nozzle Pro 2011 v1.0.83 (Crack):NozzlePro - FEA, as easy as it gets, for specific, commonly used FE/Pipe templates
In the first step to modularize FE/Pipe's templates, Paulin Research Group has created NozzlePro.
It's a powerful FEA tool that combines the most frequently used FE/Pipe templates with an extremely simple user-interface. (The templates, specifically, are nozzles and structural attachments that intersect with heads, cylinders and cones).
In the words of author Tony Paulin, "FE/Pipe is 10 times easier to use than ANSYS, and NozzlePro is 10 times easier to use than FE/Pipe".
The analysis and output capabilities are the same as FE/Pipe, but the user interface is beautifully simple to use. Radio buttons provide quick option selection, and all input variables are shown graphically, with optional inputs clearly displayed in blue. Abundant help functions graphically describe your input optionsA sample input screen is shown below. Note how the diagrams reflect the selected geometries.
Saddle Supports and pipe shoes are now available in NozzlePro. It's not just for nozzles!
Complete vessels with these types of geometry can also analyzed:
Other Geometries Available Include:
- Hemispherical Head
- Elliptical Head
- Dished Head
- Flat Head
- Cone
- Cylinder
| WITH =>
| - Structural Attachments (except Flat Head)
- Straight Unreinforced Nozzle
- Pad Reinforced Nozzle
- Self Reinforced Nozzle
- Hillside Nozzles
- Offset Nozzles
|
Output is detailed and easy to follow
Excellent 3D interactive graphics help understand the analysis results:
Functional working demos are available - just let us know and we'll gladly send you one. Email your request to: info@codecad.com
NozzlePro is a must-have tool for vessel & piping engineers that augments and replaces old methods and rules of thumb with the latest technology. As an FEA tool for piping & vessel engineers, it does more for less money in less time than anything else!
WRC 107 Nozzle Design Comparison
Here we present one of many cases where the WRC 107 is beyond its limitations.
In this particular case, we look at a 10" pad-reinforced nozzle in a large diameter, relatively thin-walled vessel.
Because WRC 107 does not consider pad-reinforced nozzles, the common approach is to examine two cases:
1) the nozzle with vessel thickness = vessel + pad, and then
2) consider the nozzle to be the same diameter as the pad OD, with vessel wall thickness.
Although this geometric assuption for case 2 is a bit of a leap of faith, as engineers, we've been taking this approach since the mid-1960's, and in many cases it provides reasonable results. Until very recently, FEA analysis of a nozzle cost around $10,000, and the alternative to FEA is to build samples and test in a lab. Clearly this 107 shortcut has been the cost-effective, sensible approach.
A 10” nozzle 9.525mm thick is to be designed for a 10 bar pressure in a 2m ID, 10mm thick vessel with an
allowable stress in the hot and cold conditions of 140 MPa. The area replacement calculations show:
Available Area (sq.mm.) = 1138.349
Area Required (sq.mm.) = 1820.430
This tells us that the nozzle requires some reinforcement.
If a pad of 125x10mm is selected, the area calculation improves:
Available Area (sq.mm.) = 3487.349
Area Required (sq.mm.) = 1820.430
A reinforcing pad presumably eliminates the area replacement problem.
Loads on the nozzle are given as follows:
| Direction | Weight | Operating |
| Axial | 5200 N | 15,300 N |
| Inplane Bending | 203 N·m | 22,000 N·m |
| Outplane Bending | 40 N·m | 65 N·m |
The inplane operating moment is the largest, so it will be checked first.
A comparison of WRC 107 and finite element results is shown below:
Secondary Stress (Pl+Pb+Q)
| Location | WRC 107 | NozzlePro |
| Nozzle | 177 MPa | 465 MPa |
| Pad Edge | 113 MPa | 149 MPa |
If the allowable for Pl+Pb+Q is 3Sm, as specified in ASME Section VIII, Div. 2, then the allowable is
(3)(140) = 420 MPa.
The WRC runs of the stresses shows that the nozzle is 177/420 = 42% of the allowable.
The finite element calculation shows that it is 465/420 = 110% of the allowable!
This common error occurs because of the local addition of the repad.
The reinforcing pad changed a problem that represented a reasonable WRC 107 calculation into a problem
that did not. The local thickening of the shell forced the high stress into the nozzle, (as shown above), and
WRC 107 does not evaluate stresses in the nozzle, so it doesn't see it. One might argue that the piping ends at the vessel wall, and any high stress there should be considered in the pipe stress analysis run. When you look at your piping input for this analysis, you've probably run straight pipe into the nozzle, with a 1.0 Stress Intensification Factor (SIF).
Have we ever seen a reduced intersection with a 1.0 SIF? NO! Common practice leads us to overlook two issues here - nozzle stresses and SIFs at boundary conditions! NozzlePro not only gives you the SIFs and stress intensities, it provides allowable loads and flexibilities that can be directly input into your pipe stress program.
There are a variety of conditions where WRC 107 can not be used reliably:
1) Repad geometries
2) Large Openings
3) Laterals
4) Hillsides
5) t/T < 1
6) Gussets
7) Close-proximity nozzles
8) Knuckles on dished or elliptical heads
9) Many applications with internal pressure
If you come up against one or more of these, you should look to FEA for an accurate opinion.
System Requirements (both FE/Pipe & NozzlePro)
Hard Drive - Although FE/Pipe's input is easy, it is a true FE program, which means it takes lots of horsepower.
System Memory - Minimum recommended: 2 Meg.; bigger is better.
OS - Windows NT / 2000 / XP Pro / Windows 7
Also required - Microsoft IE 5.0 or higher (free from microsoft.com),
Also recommended - DirectX 7.0a (included in XP, and free to download from microsoft.com)
恭喜
@帅妹mechen 出山，一出山就放出这么多好资料，谢谢分享
谢谢楼主分享，这样做一些有限元分析就很方便了
好东西，希望能下载使用，感谢分享
支持楼主,感谢分享.回复查看！！...
Eplan Fluid P8 - 本文出自马后炮化工论坛，原文地址：
http://meng.horse/forum-136-2.html
{:1106_364:}比较好用呢！！！！！！！！1
学习永远没有止境，感觉知识越来越匮乏。{:1106_362:}
好东西，这个要顶，支持。
- 本文出自马后炮化工论坛，原文地址：
http://meng.horse/thread-131520-1-1.html{:1106_362:}
先看看，计算接管的分析设计软件是较为难得得。
管口算应力的吧 貌似听过 下来试试
这么强大啊，一定得顶，但愿还能下载啊
找了这个，找了很久，不知道能不能用
这个软件其实功能还是挺强大的
谢谢楼主分享，这样做一些有限元分析就很方便了
关于喷嘴的软件，有谁知道用的怎么样？
这个可以有，终于能计算方管箱的接管分析了
应该是计算管口应力的计算软件把！
1
Nozzle Pro 2011 v1.0.83 (Crack) [修改]
- 本文出自马后炮化工论坛，原文地址：
http://meng.horse/thread-131132-1-1.html能够运行nozzle，但运行FE出错。
出山就放出这么多好资料，谢谢分享
一出山就放出这么多好资料，谢谢分享
Nozzle Pro 2011 v1.0.83 (Crack)
System Memory - Minimum recommended: 2 Meg.; bigger is better.
OS - Windows NT / 2000 / XP Pro / Windows 7
Also required - Microsoft IE 5.0 or higher (free from microsoft.com),
Also recommended - DirectX 7.0a (included in XP, and free to download from microsoft.com)
- 本文出自马后炮化工论坛，原文地址：
http://meng.horse/thread-131132-1-1.html有破解？可以用吗？有人装了？
thanks for U sharing.{:1106_362:}
Nozzle Pro 2011 v1.0.83 (Crack) [修改]
- 本文出自马后炮化工论坛，原文地址：
http://meng.horse/thread-131132-1-1.html楼主，我购买了怎和下不下来啊？
本帖最后由 elsa0918 于 2016-4-10 16:20 编辑
感谢分享学无止境,链接坏了
这个不会用，有教程吗，能出总问报告吗？
wo xia zai guo le ma ? wang le ha ha
Nozzle Pro 2011 v1.0.83 (C
- 本文出自马后炮化工论坛，原文地址：
http://meng.horse/thread-131132-1-1.html学习一下，好像需要用，先看看。
花了30马蹄币，咋还要用一个下载券啊？双重收费{:1106_361:}
zhichiyixiaa {:1106_362:}{:1106_362:}{:1106_362:}{:1106_362:}{:1106_366:}
这个软件满足国内的要求吗?可以用不？
ooooooooooooookkkkkkkkkkkkkkkkkkk
怎么回事
链接有问题
我的马蹄金啊{:1106_361:}
您好，我已购买nozzlepro, 但百度链接失效，可以重新发我一下吗
多谢多谢
- 本文出自马后炮化工论坛-让天下没有难学的化工技术，原文地址：
http://meng.horse/thread-131132-1-1.html您好，我已购买nozzlepro, 但百度链接失效，可以重新发我一下吗
多谢多谢
尊敬的网管：本软件已经无法下载，链接有问题。希望网管处理一下，别让其它马友再浪费马蹄金了。谢谢！
看看是什么内容
{:1106_382:}
不错，安装方便吗，多谢分享，{:1106_369:}
链接失效了，我的30两，{:1106_387:}
学习一下，感谢分享
知行1991 于 2016-12-09 10:06:13 补充以下内容:
链接失效了
现在不能下载了，还能不能给个链接啊
什么好东东，下载学习了再说
- 本文出自马后炮化工论坛-让天下没有难学的化工技术，原文地址：
http://meng.horse/thread-131132-1-1.html版本有点老
gomutou 于 2016-12-22 10:58:17 补充以下内容:
版本有点老
这个软件应该还是很强大的吧，很西药
总有好东西，谢谢楼主分享！{:1106_362:}{:1106_362:}
额。。。没有了啊 ，楼主能再发个链接吗？
294086282@qq.com，先行谢过！
是NOZZLE PRO 计算软件安装文件吗
额。。。没有了啊 ，楼主能再发个链接吗？
625287102@qq.com，先行谢过！
谢谢楼主分享，不知道能不能下下来！
您好，我已购买nozzlepro, 但百度链接失效，可以重新发我一下吗?
759578299@qq.com，如果您要查看本帖隐藏内容请回复
- 本文出自马后炮化工-让天下没有难学的化工技术，原文地址：
http://meng.horse/thread-131132-1-1.html@帅妹mechen
- 花了30马蹄金，下了你的nozzle pro ,结果百度网盘已取消，怎么办？重新发个链接给我。
@帅妹mechen
- 花了30马蹄金，下了你的nozzle pro ,结果百度网盘已取消，怎么办？重新发个链接给我。邮箱：
cpu533mhz@163.com
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
The inplane operating moment is the largest
@帅妹mechen
- 花了30马蹄金，下了你的nozzle pro ,结果百度网盘已取消，怎么办？重新发个链接给我，可以么。邮箱
1455317685@qq.com希望有用，下载来看看，谢谢楼主！
@帅妹mechen
- 花了30马蹄金，下了你的nozzle pro ,结果百度网盘已取消，怎么办？重新发个链接给我。邮箱：
fanfei1985@163.com
什么好东东，下载学习{:1106_362:}
真的很实用吗？花了我30大洋，谢谢!
希望还能下载，偶尔碰到这个软件，体验体验
你好！连接失效了，可以再次分享下吗？谢谢！
假的，不能下载，大家不要浪费银子了
太晚了，支付马蹄金后没下载文件
百度云的分享没有了，不知道哪位大虾可以再分享一下，谢谢了
{:1106_382:}
链接没了，希望帅妹能再分享下，刚花了30马蹄金
楼主，你的链接里面什么都没有啊，还我30金币
太坑了吧？花了钱了，链接已经没有了！谁给赔30两马蹄金啊？
感谢楼主分享，一直在学习这个软件
NozzlePRO能否共享一下 谢谢 邮箱
609085604@qq.com
NozzlePRO能否共享一下 谢谢 邮箱
609085604@qq.com
NozzlePRO能否共享一下 谢谢 邮箱
609085604@qq.com
去
www.downloadly.ir网站上下载即可，有很多不错的软件可供学习
德国Speck斯贝克公司从1909年创建至今已有整整100多年的悠久历史。
楼主，此链接已失效，请提供有效链接，或退还马蹄金。另外请论坛的管理员及时监督。
大家不要下了，下载地址已失效，白白浪费我30两。楼主真是NOface。失效了还不删帖。
什么好东东，下载学习了再说
这个云盘链接下载不了了，请再给一个好用的
能不能更新一下2015的链接啊 谢谢了
暂时用不到，但还是多表示感谢。
您好！下载下来发现内容过期了，能否帮忙单独分享一下，谢谢！
你好，楼主，链接失效了，能单独分享一下吗
链接被屏蔽了，骗了我30马蹄金。。。。。。
谢谢楼主分享···········
链接被屏蔽了，楼主能否发一份我的邮箱
405133822@qq.com，谢谢了
压力容器实用技术丛书，ASME-压力容器设计指
- 本文出自马后炮化工-让天下没有难学的化工技术，原文地址：
https://meng.horse/thread-216148-1-1.html
链接被屏蔽了，楼主能否发一份我的邮箱
352188054@qq.com，谢谢了
楼主好，提供的链接失效了，用了30两马蹄金，能发给我一份吗，谢谢。
31863720@qq.comlian jie shi xiaio le lou zhu ke fou fa zhi
upczhuchao@126.com yi yijing hua fei ma ti jin
Nozzle Pro 2011 v1.0.83 (Crack)
- 本文出自马后炮化工论坛，原文地址：
https://meng.horse/thread-131132-1-1.html感谢分享，这个是好东西，感谢感谢
Nozzle Pro 2011 v1.0.83 (Crack)
谢谢楼主分享，这样做一些有限元分析就很方便了
-
用这个计算，结果仅供参考；还是用正版的靠谱一些。
百度云链接.txt
