Shell thickness calculation of pressure vessel (part 1)

ASME Tutorial or Pressure Vessel Design: Shell thickness calculation of pressure vessel equipment (part 1)
Chapter Lists:
Opening 00:00
Overview 00:23
Symbol and Definition 02:36
Simple Study Case 04:56
Study Case or Example 1 05:57
Study Case or Example 2 09:37
Advanced Study Case 13:23
Closing 13:52
Step by step pressure vessel design calculation examples by using International standard ASME Section VIII Division 1
Outline video
- Overview shell thickness calculation ( references, equation, data required, simple study cases)
- Symbol and definition used for shell thickness calculation
- Shell thickness calculation formula ( paragraph UG-27, paragraph MA-1)
- Shell thickness calculation example: plate thickness calculation, pipe thickness calculation
Source or Reference: ASME Section VIII Division 1, ASME Standards, ASME Section IID, ASME B36.10
Spreadsheet link: bit.ly/FNEngineeringFile
PDF explanation link: www.studypool.com/services/16...
List of Playlist:
- Full Video (First Edition) : • Full Video (First Edit...
- Pressure Vessel Basic Design : • Pressure Vessel Basic ...
- Pressure Vessels Series : • Pressure Vessels Series
- Shell and Tube Heat Exchangers : • Shell and Tube Heat Ex...
- ASME B31.3 : • ASME B31.3
- Design of Material : • Design of Material
- Shell Calculation : • Shell Calculation
- External Pressure Design Calculation : • External Pressure Desi...
- Thickness Calculation : • Thickness Calculation
- Welded Joints, Radiograhy, Joint Efficiencies : • Welded Joints, Radiogr...
- Type of Pressure Design Calculation : • Types of Pressures Des...
- Nozzles, Reinforcement, Flanges, and Fittings : • Nozzles, Reinforcement...
- Database Series : • Database Series
- Study Cases : • Study Cases
- Question and Answer : • Question and Answer
Tools Riset Keyword: www.tubebuddy.com/titof (affiliate)
** Affiliate disclaimer: some of the above links may be affiliate links, which may generate us a sales commission

[@ubsksat]

It will be a very good intro on pressure vessel design if you have a calculation on a sample pressure vessel with the calculation on shells, D'ends, Nozzles and Saddles. Hope you will do a video on a sample PV design

[@fnengineering]

Thank you for your suggestion. In the beginning, I will share the calculation in each part of vessel

[@ubsksat]

@@fnengineering Thanks

[@umeshbalsaraf6549]

Thanks

[@lolajuliawati7052]

Great✅✅✅

[@sojibbd6180]

Excellent

[@jaysolanki8366]

Please make the further videos , I'm really excited Thanks for Sharing your precious time and knowlegde

[@fnengineering]

Thank you for your comment. I will make further video asap

[@jaysolanki8366]

@@fnengineering Hey Is it possible for you to send the excel file?, It would be of great help.

[@fnengineering]

@@jaysolanki8366 yes of course, do you have an email?

[@jaysolanki8366]

@@fnengineering yeah ofcourse [e-mail] Thank you so much for sharing ❤️

[@mohamedamer2167]

Great , thanks bro

[@fnengineering]

You are welcome

[@ariefalfarizi3580]

it is helpful for me. i want take a test on pressure vessel's company. i like it

[@fnengineering]

Best of luck. Thank you for visiting FN Engineering Channel

[@kim_jong_un_koreawale]

Good work

[@fnengineering]

Thank you so much 😀

[@phamthanh7262]

Dear sir. Thank you for sharing May I have a question: How can I choose the safety factor range for desining. In my case, I am calculating the compressed air tank for Bus vehicle but I don't find any recommend safety factor range for this case.

[@Ryohgantz]

Lah orang cikarang ternyata wkwk mantap slur 👍👍 lanjutkan

[@fnengineering]

Iya orang Cikarang gan, Terima kasih sudah menonton

[@mangeram2731]

Thanks sir ji

[@dellpi3911]

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[@fnengineering]

Thank you for watching and visiting FN Engineering channel

[@mustopakamil6416]

good jobs

[@dellpi3911]

kzbin.info/www/bejne/f5LRmIt3eKuKapo

[@vikasmishra1774]

Sir it's a request please make more video of design calculation. Your video is very helpful for us

[@fnengineering]

Okay sure, I will make updated video again in this year

[@muhammadaizuddinaminuddins2532]

for allowable stress why do you select row number 33?

[@AryManik-xt6ee]

where we can find the market availability?

[@ismailarpa550]

Guys what is the differens t input (1) and (2)?

[@kim_jong_un_koreawale]

Kindly make complete video on Pressure vessel design all formulas in simple way...

[@fnengineering]

Thank you for your suggestion

[@freemanfreed1581]

inside diameter is not given in my case and the other three including the orientation, type of connection between the shell and head , and the type of fluid stored inside is given instead. how do I calculate the thickness???

[@fnengineering]

Do you have the drawing? For thickness calculation of shell, at least we have information of inside diameter or outside diameter. If you do not have that value you can assumed the value of diameter

[@imranzada937]

Nice work. please tell me one thing why don't you consider the Factor Of Safety in your Calculations.

[@fnengineering]

There is no additional safety in the calculation. But, the formula has consider somethings such as tolerance, radiography, corrosion allowance, and allowable stress

[@eurlercmc8147]

please how to find K: Coefficient used in the formulas of elliptical funds and function of the ratio D / 2h.how

[@fnengineering]

Hello @Eurl Ercmc, for custom K value you can see in the table UG-33.1

[@manojkumars1931]

Hi, thank you for making such a detailed video on the pressure vessels. Sir/Madam, I have a problem where I even don't know the ID and struggling to solve the problem. Problem statement: Design a pressure vessel for 50 liters (Volume) of liquid co2, temperature 300K, material carbon steel, only 3 inputs I have. please help me in solving the problem.

[@fnengineering]

Hello Manoj Kumar, sorry for late response. Do you have the drawing? For thickness calculation, at least you need inside diameter or outside diameter. If you do not you can assumed the dimension

[@carlitomartinez236]

I would be very happy if you can give the formula on how i could find the thickness oa certain vessel wc is submerrve in the oceas at a depth of 36000 feet below you this is my assignment in my class thanks

[@dellpi3911]

kzbin.info/www/bejne/f5LRmIt3eKuKapo

[@fnengineering]

for this case you can use principal of external pressures. You can see in this video kzbin.info/www/bejne/eXu2knSgf7J-a9k

[@ravindrakumarofficial2431]

Good

[@fnengineering]

Thank you for visiting FN Engineering Channel

[@ravindrakumarofficial2431]

Hi

[@wLxAyNz]

Great video, appreciate if you can make all the video in public. Most of it are still in private mode.

[@dellpi3911]

kzbin.info/www/bejne/f5LRmIt3eKuKapo

[@fnengineering]

Yes, some videos are made private. You can still see many videos in public

[@MrGovind1947]

We are manufacturers of Coal Gasifiers for Producer Gas. The fuel used is bituminous coal. Could you please tell whether this gasifier falls under this category

[@fnengineering]

If the working pressure between 15 kPa - 30 MPa, it can apply asme section viii div 1

[@zerarzahir4203]

please how to find K: Coefficient used in the formulas of elliptical funds and function of the ratio D / 2h

[@fnengineering]

Hello Zerar Zahir, for custom K value you can see in the table UG-33.1

[@zerarzahir4203]

@@fnengineering thank you so much and your canal is the best

[@nayeemrahiman3230]

Hello Sir, can you help me with the design for negative pressure. what will change for negative pressure

[@fnengineering]

For negative pressure, you can use the external pressure concept kzbin.info/www/bejne/eXu2knSgf7J-a9k

[@surajvishwakarma8961]

Please put the link to the book in which you referring the data

[@fnengineering]

For the link book, you can contact us at [e-mail]

[@darshankokal4670]

Why your all videos are made private .. It seems helpful for us.. Can u provide us rest of the series videos?

[@dellpi3911]

kzbin.info/www/bejne/f5LRmIt3eKuKapo

[@fnengineering]

Some videos have publised. You can check again. Thank you for watching my channel

[@masykur6194]

can you make tutorial design of the pressure vessel using compress coade software. it's the best design software in the world

[@dellpi3911]

kzbin.info/www/bejne/f5LRmIt3eKuKapo

[@fnengineering]

I am sorry @Masykur, for Coade software, I do not have the license

[@mechanicalengineering2773]

there is an error between the equations UC 27(1) and UC27(2). they are upside down. thickness due to Longitudinal stress should be t=PR/2SE+0.4P based on ASME BPVC Section VIII div 1

[@fnengineering]

Thanks for your correction

[@fatihyigit2225]

pls next video link for CA and others

[@dellpi3911]

kzbin.info/www/bejne/f5LRmIt3eKuKapo

[@fnengineering]

Hello, you see the video in this link kzbin.info/www/bejne/eoK7ZKWIerN2iLc

[@mdirshadali8817]

where is the second part of this video?

[@fnengineering]

You can see in the new video kzbin.info/www/bejne/eoK7ZKWIerN2iLc. The video will be published at 17 March 2022 2.00 pm GMT +7

[@kartikmakwana5086]

Hello sir next video of this series, part 2 is not available?

[@fnengineering]

I am sorry, the part 2 is actually private. you can watch the other video

[@kartikmakwana5086]

@@fnengineering how can I watch them?

[@fnengineering]

You can see in the new video kzbin.info/www/bejne/eoK7ZKWIerN2iLc

[@fnengineering]

But the video is still schedule. Thhe video will be publish at 17 March at 2.00 pm GMT +7

[@kartikmakwana5086]

@@fnengineering Okay sir, thanks a lot

[@sharonraphael8730]

Why Some of the video not visible.. ....pls can u upload it again🙏🙏

[@fnengineering]

Some videos have been published. You can check again. Thank you for visiting FN Engineering Channel

[@maabibrahim8416]

there are videos not available to watch... why? 💔

[@dellpi3911]

kzbin.info/www/bejne/f5LRmIt3eKuKapo

[@fnengineering]

Sorry, some videos have been published. You can check again. Thank you for watching FN Engineering channel

[@abdulmanafpta6670]

saya orang bekasi, boleh minta no wa nya gan ?

[@fnengineering]

Email kesini ya [e-mail] Gan

[@fnengineering]

Sudah emailkah?

[@abdulmanafpta6670]

yes sir, already been, replied already, thanks a million.