This tutorial video is about steam pipe sizing by velocity methods in Urdu. You'll explore various methods for calculating steam pipeline sizes, including velocity methodologies, steam pipe nomograms or charts, pipe schedules, formulae for steam pipeline velocity calculation, and more. You'll learn about steam line pipe size calculation, determining pipe size for steam systems, formulas for calculating pipe sizes, and HVAC considerations. Discover the intricacies of steam pipe and piping design in this comprehensive tutorial, which is also important for HVAC/MEP technical staff. Here, I'm sharing my experience and knowledge that will be helpful for engineers and technical personnel to learn and grow.

You can watch more tutorial videos' of Tanweer Ahmed:
1. Steam Pipe Sizing By Pressure Drop Methods
Video's Link: https://youtu.be/nGe_EPaBvQM
2. HVAC Duct Design by Constant Velocity Method | McQuay Duct Sizer
Video's Link: https://youtu.be/jQDzyPK0lf8
3. HVAC Duct Design by Equal Friction Method | McQuay Duct Sizer
Video's Link: https://youtu.be/69FjfUGU1ho
4. HVAC Duct Design by Static Regain Method | McQuay Duct Sizer
Video's Link: https://youtu.be/2yRxMdjDzKc
5. How to measure HVAC duct sheets?
Video's Link: https://youtu.be/o318GLsdi6E
6. How to Prepare Measurement Sheet for Chilled Water Pipes
Video's Link: https://youtu.be/wwmu_a1HVBI
7. Duct Area Calculations of Rectangular Ducts & Fittings Part-1
Video's Link: https://youtu.be/VgiSdbXyzXQ
8. Duct Area Calculations of Rectangular Ducts & Fittings Part-2
Video's Link: https://youtu.be/bLIynR3T7S0
9. Round Duct and Fittings Area Calculations
Video's Link: https://youtu.be/tiI_sbC22rk
10. Flat Oval Duct Area Calculations
Video's Link: https://youtu.be/ancJm6Jrems
11. How to calculate the area of duct rectangular elbow part 1
Video's Link: https://youtu.be/QuqKu8QyOjs
12. How to calculate the area of duct rectangular elbow part 2
Video's Link: https://youtu.be/QSlbXJXLrZU

#tanweerahmed #steam #pipe #sizing #piping #size #hvac #mep #mechanical #tutorial #engineering #design #pressure #method

= YOU CAN FOLLOW ME ON SOCIAL MEDIA =
LINKEDIN: https://www.linkedin.com/in/tanweer-ahmed-00142631/
TELEGRAM GROUP: https://t.me/hvacmepenggg
INSTAGRAM: https://www.instagram.com/tanweersethar/
YOUTUBE: https://www.youtube.com/c/TanweerAhmed

Disclaimer:
Tanweer Ahmed’s videos are intended solely for educational purposes, aiming to assist junior engineers and technical individuals in enhancing their comprehension of HVAC and MEP engineering basics. The information provided is based on personal experiences and research. It is advisable to consult qualified professionals or adhere to standards before implementing any techniques discussed. Please note that I cannot assure the accuracy or appropriateness of the information presented for your specific situation. Viewers are advised to watch at their own discretion, understanding that I cannot be held responsible for any damages or losses that may occur. Any response does not constitute legal or professional engineering advice. Seeking the advice of a qualified professional specific to your particular application is recommended.
Thank you for watching, and I hope you find the content helpful.