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Ashkan Farokhpey
США
Добавлен 24 окт 2021
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✅ My email: ashkanfarokhpey@gmail.com
✅ My telegram: t.me/AShkan_Farokhpey
✅ My email: ashkanfarokhpey@gmail.com
Five Facts in Pipe Wall Thickness Calculation of ASME B31 3 + Example
Five important facts and an example of pipe thickness calculation is presented in this video. The ASME B31.3 paragraph 304 was used as the reference of the calculation.
00:00 Introduction
00:17 Fact 1
00:38 Fact 2
01:16 Fact 3
02:44 Fact 4
03:15 Fact 5
05:23 Example of Pipe Thickness Calculation
✅Other interesting videos:
0️⃣Impact Testing Method & Acceptance Criteria? ASME B31.3 Explanations
ruclips.net/video/6vUdG1SDbFg/видео.htmlsi=8Ni2UyNegyUyC4a4
1️⃣When Impact Test is Required in Piping? ASME B31.3 Explanations
ruclips.net/video/C7F8513_GHs/видео.htmlsi=0Z8bRfzj78ChF9mO
2️⃣Trunnion and Dummy Leg Supports in Piping
ruclips.net/video/HP6wg538HlQ/видео.htmlsi=SFl_G8IE--GBkbBX
3️⃣Expansion Loops in Pi...
00:00 Introduction
00:17 Fact 1
00:38 Fact 2
01:16 Fact 3
02:44 Fact 4
03:15 Fact 5
05:23 Example of Pipe Thickness Calculation
✅Other interesting videos:
0️⃣Impact Testing Method & Acceptance Criteria? ASME B31.3 Explanations
ruclips.net/video/6vUdG1SDbFg/видео.htmlsi=8Ni2UyNegyUyC4a4
1️⃣When Impact Test is Required in Piping? ASME B31.3 Explanations
ruclips.net/video/C7F8513_GHs/видео.htmlsi=0Z8bRfzj78ChF9mO
2️⃣Trunnion and Dummy Leg Supports in Piping
ruclips.net/video/HP6wg538HlQ/видео.htmlsi=SFl_G8IE--GBkbBX
3️⃣Expansion Loops in Pi...
Просмотров: 208
Видео
Impact Testing Method & Acceptance Criteria? ASME B31.3 Explanations
Просмотров 1882 месяца назад
This video covers the ASME B31.3 explanations on impact testing method and acceptance criteria. Section 323.3 of this code is read and explained line by line. In summary the following heading are covered in this video: 1) What is the procedure of impact testing 2) What are the specimen dimensions 3) At what temperature, the specimens must be tested 4) What are the acceptance criteria of impact ...
When Impact Test is Required in Piping? ASME B31.3 Explanations
Просмотров 3052 месяца назад
This video covers the explanations of ASME B31.3 piping design code for the requirements of Impact Test in piping materials under various scenarios. The main titles presented by this video are: 1) What is the minimum temperature in Table A-1 of ASME B31.3 2) What is reduction in exemption temperature 3) When impact testing is mandatory 4) What is stress ratio and how is it obtained Hope to be u...
Trunnion Support Design in Caesar II
Просмотров 5263 месяца назад
In this video we learn how to design trunnions on horizontal line and trunnion on elbows in Caesar II. The main parts include: 1) Caesar II modeling of both trunnions 2) Excel calculation of the trunnions mechanical tolerance 3) Final recommendations 00:00 Introduction 00:24 Primary Evaluations 02:42 Trunnion on Elbow Modeling 11:05 Trunnion on Horizontal Line Modeling 16:45 Handy Calculations ...
Trunnion and Dummy Leg Supports in Piping
Просмотров 4013 месяца назад
This video is about trunnion and dummy leg supports in piping. After watching this video you will learn: 1- Why trunnion & dummy legs should be used? 2- What are the advantages of trunnions & dummy legs? 3- What are the types of trunnions? 4- How to size a trunnion? 00:00 Introduction 00:21 Advantages of Trunnions / Dummy Legs 02:01 Effective Parameters on Trunnions Design 03:23 Simple Trunnion...
How to Integrate PMS with PDMS-Detail & Material Text
Просмотров 813 месяца назад
This video shows us how to add detail and material text to our pipe spec in paragon PDMS. This is the second step of adding a pipe spec into PDMS from Piping Material Specification or PMS document. 00:00 Introduction 00:42 Creating Detail & Material Text in Catalogue 03:06 Adding Detail & Material Text to Pipe Heading 03:46 Adding Detail & Material Text to Flange Heading #pdms #pdmstutorial #pd...
How to Integrate PMS with PDMS-Pipe Spec Creation
Просмотров 1103 месяца назад
This video shows us how to make a pipe specification or PIPE SPEC in PDMS paragon module. When defining a new project, we have to add the pipe classes from the PMS document to our PDMS and then we can start 3D design. 00:00 Introduction 00:49 How to create Spec World 01:18 How to create Pipe Spec 02:25 How to add Pipe/Tube to our Pipe Spec 03:30 How to add Flange to our Pipe Spec #piping #engin...
Bolt Report in PDMS
Просмотров 1014 месяца назад
This video shows you the below steps in bolt settings in PDMS: 1- How to add bolt heading to your piping specification 2- How to assign bolt to flanges 3- How to extract a bolt report or bolt MTO 00:00 Introduction 00:57 Hot to add bolt to Spec 04:51 How to connect bolts to flange 05:15 How to create a bolt report or MTO #pdms #pipingdesign #engineering #pipesystem #pipingsystem #piping #tutori...
Steps in Output Checking of Caesar II-Part 1
Просмотров 3244 месяца назад
Whether you are a seasoned engineer or a newcomer to the software, understanding how to effectively verify your analysis results is key to successful project outcomes. In this video, you will learn the main steps of output checking, including: 1- Stress checking 2- Displacement checking 3- Force and moment analysis, and 4- Lift off phenomenon assessment By the end of this tutorial, you’ll have ...
Differences Between Hot Bend & Cold Bend - ASME B16.49
Просмотров 1764 месяца назад
This video tells us how to design a Hot or Field Cold Bend based on ASME B16.49 recommendations. Here, we also learn the differences between factory made hot bends and field cold bends. The following topics are also included in current video: 1- The calculation of maximum accessible bending angle in Hot & Cold Bends 2- The minimum radius of Hot & Cold Bends 3- Skimming of ASME B16.49 main parts...
Secrets Behind Caesar II - Theory & Calculations
Просмотров 6244 месяца назад
This video shows us how Caesar II calculates the stresses during a piping design based on ASME B31.3 code. This tutorial describes the sections of the ASME B31.3 code that contains the formulas for sustain, displacement, and occasional loads stresses calculation including: - Table A-1 and Table A-1M (Basic Allowable Stresses) - Section 302.3.5 (S(a) or Allowable Displacement Stress Range) - Sec...
Load Cases in Caesar II: Expert Guide
Просмотров 1,1 тыс.5 месяцев назад
In this video we will learn the types of the loads in Caesar II static output analysis and the concept behind the load cases when we are analyzing its outputs. This video also shows us how to set load cases and what is the meaning of each character. Please watch the video to get familiar to load case settings in Caesar II. Don't forget to use the HELP of the software for more comprehensive deta...
Types of Double Block & Bleed Valves
Просмотров 1696 месяцев назад
Types of Double Block & Bleed Valves
What is Pipeline Plan & Profile-Civil Information
Просмотров 667 месяцев назад
What is Pipeline Plan & Profile-Civil Information
What is Pipeline Plan & Profile-Mechanical Information
Просмотров 327 месяцев назад
What is Pipeline Plan & Profile-Mechanical Information
What is Pipeline Plan & Profile-Introduction
Просмотров 427 месяцев назад
What is Pipeline Plan & Profile-Introduction
Good explanation
@@Sjsri Thanks my friend
Share the link of pipe data software
Thank you for sharing with us .
Your welcome my friend
Good description of the code considerations for pipe stress. Well done.
@@edwardklein5770 Glad to hear that 🙏
Very clear 😊
@@NewBuddy 🙏🙏
Good one😊
Thanks 🙏
Nice content ❤
Glad to hear that 🙏
Great video. We're waiting for more video of stress calc.
Thanks 🙏🙏 I try my best
A couple of things. The equation in Fact 2 really needs to be reworked to follow your explanation of Mil Tolerance in Fact 3. "x Mill Tolerance" is misleading. It would be better to show is as "/(1-Mill Tolerance)", which is what we actually do and what you explain in Fact 3. Also, I disagree with your recommendations for the minimum walls, at least for Carbon Steels. Anything 2" and below should be Sch 80 minimum, and Sch 160 is common for 1" and smaller for things like vents/drains to provide more structural integrity against accidental impacts. Your recommendation for anything 6" and larger being 6.35mm (which translates to 1/4") is also pretty light. Again for mechanical integrity and pipe span, STD wall is generally the minimum that you are going to want to see.
Many thanks for sharing your opinions 🙏 You may be right about the formula shown in Fact no. 2. But I believe the minimum wall thickness varies in different practices. For example what I said in my video is based on ARAMCO piping specification. However your comment is valuable and I will try to find the most engineered min thickness 🙏
Very nice explanation
Glad you think so! 🙏
Very valuable and informative video
I'm glad you found it helpful! 🙏
Very valuable and informative video
Thanks my friend 🙏
Very good effort made on this vvideo.
Thanks my friend 🙏🙏
Very goog video
Hope to be useful 🙏
THANK YOU SIR .
You're welcome my friend 🙏
Please upload video on psv analysis and reaction force
Hi my friend. I will try my best 🙏
very imformative video, thanks for sharing with us
Glad it was helpful 🙏🙏
Very good video, very well explained tutorial
Glad you think so!
Thank you keep updating for us
Your welcome my friend 🙏
thank u .
@@syedsk7382 Hope to be useful 🙏
thanks
@@pawepawe4654 Your welcome my friend 🙏
nice video🤓
Thanks for the visit
It is really amazing video, please can you upload part 2 😊
Thanks for the support! I'm always working to create better content, so I really appreciate your kind words. It means a lot
@@ashkanfarokhpey you are really doing a great help for us, I wish you successful career
Thanks my friend
Great job! detailed and helpful explanation
Thanks my friend. I'm so happy you found the video useful!
Can you provide us with the AutoCAD file for the profile settings? I could not set up the Band for the Progressive slope distances.
Hi my friend Send me an email and I will give you the Civil 3D file with my default settings
Can you provide us with the AutoCAD file for the profile settings?
Sure my friend 🙏
Thank you really for these course
@@MarziehRahdari thank you for watching 🙏🙏
Thanks for sharing this video.
Your welcome my friend 🙏🙏
Mr.Askan... thanks for posting such a usefull video....... please try to analyse and solve storage tank piping on caesar ii... i'm expecting that video from u..
Glad to hear that my friend 🙏 I will try my best
THANK YOU Ashkan sir 🫡
Your welcome my friend
Thanks
@@pawepawe4654 Your welcome my friend
Thank you. I'm waiting for your next video
So nice of you
Well done! Thanks! Can you do a video making this analysis in a real project? Would be really nice!
@@evandrogaio8260 Sure my friend I will do that 🙏
TNX
You're welcome
👏👏👏
🙏🙏
👌👍
@@syedsk7382 🙏🙏
👏👏👏
🙏
Thank you sir
So nice of you
👏👏
Thank you my friend
Excellent video. Keep it up.
Sure my friend
Thank you for sharing detail knowledge , its very useful.
@@mangeshdeshmukh8826 Your welcome my friend. Happy to hear that
my dumbass was wonder wtf a Gate Value is
Dear friend. Thanks for paying attention to the details. You may be thinking about a typical gate valve which is wedge type. But gate valves are 6 or 7 types and this animation resembles parallel slide type. However, this is a animation and its main purpose is to convey the general concept behind valves differences.
Good video
Thanks for the visit
Tnx 👍
🙏🙏
👏👏👏
🙏🙏
Useful, thanks👍🏼
Happy to hear that
Good video. Tnx
You're welcome
I appreciate your video so much bro ^^... very clear audio and explanation...
Glad to hear that
Good video
Thanks for the visit
Good
Thank you