Workshop for pipe wall thickness calculation based on ASME B31.3 (13th session)

🎉🔧 *New Year, New Insights: Mastering Pipe Wall Thickness Calculation with ASME B31.3* 🔧🎉
Hello, engineers and enthusiasts! 🚀 As we usher in the new year, let's kickstart it with knowledge that's both crucial and empowering. Join me, Ali, in the 13th session of our ASME B31.3 Course, where we dive deep into the art of selecting pipe wall thickness.
In this workshop, we'll demystify the process of calculating the thickness for a pipe under design conditions, using a practical approach and a handy Microsoft Excel tool. We'll explore step-by-step calculations, focusing on a real-world example to bring clarity to the intricate details.
*Key Takeaways from Today’s Workshop:*
1. *Understanding Design Conditions:*
NPS: 12
Material: ASTM A335 Gr. P11, Seamless
Design Pressure: 1380 psig
Design Temperature: 500°F
Corrosion Allowance: 0.0625”
2. *Parameters Influencing Wall Thickness:*
Corrosion, Erosion, and Mechanical Allowance
Mill Tolerance
Welding Effects
Factor of Safety
3. *Excel in Excel:*
Learn to create formulas in Microsoft Excel for precise calculations.
Explore the use of ASME B31.3 equations for determining minimum required thickness ("tm").
4. *Navigating Standards:*
Decode ASME B36.10 for dimensional specifications.
Identify permissible variations and mill tolerances.
5. *Smart Selection:*
Account for negative mill tolerance in pipe selection.
Round up "tm" for practical ordering and compare it with standard thickness ("T bar").
6. *Congratulations! You've Mastered Wall Thickness Calculation:*
Witness the selection process in action, ensuring the pipe can handle the demands of its operational lifecycle.
📈 *Next Steps:*
Access the Excel file on my profile for hands-on practice.
Stay tuned for the next episode where we explore diverse methods of pipe manufacturing.
💡 *Why is this Workshop Essential?*
Pertinent for piping engineers, mechanical engineers, and HVAC professionals.
Relevant for consulting firms, enhancing expertise in code-based design.
Practical insights to apply in real-world scenarios.
👩‍💻 *Tech Note:*
Don't worry if Excel wizardry isn’t your forte during the class; the Excel file will be available on my profile for reference.
👏 *Thank you for being part of this insightful session. Wishing you a year filled with knowledge, innovation, and seamless engineering triumphs! Stay tuned for more.*
#EngineeringMastery #ASMEB31_3 #PipeWallThickness #NewYearKnowledge #EngineeringInsights

[@jorgeantonior9000]

Excelente presentación, muchas gracias!

[@opti-prof]

great
! thanks a lot!!!

[@engineeringway3601]

Great job ali , very well described.

[@Ali_Nouri]

@@engineeringway3601
Thanks for your positive feedback

[@IndiaVLog-xw7br]

excellent n thank u

[@mohammadkhoshfekr615]

could you please share that excel with us?

[@benzeghlichawki2218]

BARAKA ALLAH FIK

[@waseemakhan5931]

Thankyou sir

[@KhurramAhmad-k3i]

can you upload this excel tool as well?

[@keyvanashtiani7079]