High Pressure Piping Calculation as per ASME B31.3

High Pressure Piping Thickness Calculation as per ASME B31.3
Overview video
00:00 | Introduction
00:54 | Overview
01:52 | High-pressure Piping Definition
02:46 | References, Symbols, and Definitions
04:17 | Minimum Required Data
04:34 | Study Case Problem
05:06 | Study Case Solution
07:45 | Next Video Information
In this video, we are going to design high-pressure piping equipment especially for high-pressure pipe thickness calculation as per ASME B31.3. Previously, we have described pipe thickness calculation in general services as per ASME B31.3. In this video, we will explain step by step how to calculate pipe thickness calculation under internal pressure in high-pressure services.
We will explain the definition of high-pressure piping,, used references, used symbols, definition of symbols, minimum required data, study case problem, and study case solutions
Spreadsheet link: bit.ly/FNEngineeringFile
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)
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[@sojibbd6180]

Very good

[@shashidharboppa3957]

can you share link to the calculation sheet for high-pressure piping of ASME B31.3 shown in video

[@KM-un8ir]

very well explained. masha Allah

[@fnengineering]

Thank you for watching and visiting FN Engineering channel

[@valentinomelileo8042]

Hi, van you explain at min. 6:17 the result? By using the same value I obtain 0.374 in. Where is my mistake?

[@ellen_hn7151]

I wondering that why are you assume value of corrosion allowance - 0.125in? Is it any reason?

[@fnengineering]

Corrosion allowance 0.125 is commonly used for carbon steel. Some engineer can assume other value of corrosion allowances such as 1.5 mm, 3 mm, 0.125", 5 mm