Pipe Thickness Calculation as per ASME B31.1 "Power Piping"

Pipe Thickness Calculation as per ASME B31.1 "Power Piping"

Chapters:
Opening 00:00
Overview 00:30
Application of ASME B31.1 01:27
References 2:28
Formula 3:32
Symbol and Definition 3:49
Joint efficiencies 5:03
Allowable stress 5:46
Weld strength factor 6:07
Coefficient 6:42
Study Cases 07:06
Study Case 1 08:51
Study Case 2 11:31
Study Case 3 13:39
Summary Study Cases 15:56
Closing 16:25

Overview
- Application (Piping in electrical power generating stations, industrials, and institutional plants; Piping in geothermal heating systems; Piping in central and district cooling systems)
- Reference (ASME B31.1 Power Piping)
- Formula (Paragraph 104.1.2 Equation 7, required thickness)
- Symbol and Definition (minimum required thickness, internal design pressure, internal design temperature, outside diameter, outside radius, allowable stress, joint efficiency, weld strength factor, coefficient, corrosion allowance)
- Joint efficiencies and Allowable stress (E, table A-1 Carbon steel, Table A-3 Stainless steel)
- Weld strength factor (table 102.4.7-1)
- Coefficient (TABLE 104.1.2-1)
- Study Cases (pipe thickness calculation for carbon steel material, pipe thickness calculation for stainless steel material, tube thickness calculation)


Spreadsheet link: http://bit.ly/FNEngineeringFile

List of Playlist:
- Full Video (First Edition) :    • Full Video (First Edition)  
- Full Video (New Edition) :    • Full Video (New Edition)  
- Pressure Vessel Basic Design :    • Pressure Vessel Basic Design  
- Pressure Vessels Series :    • Pressure Vessels Series  
- Shell and Tube Heat Exchangers :    • Shell and Tube Heat Exchangers  
- ASME B31.3 :    • ASME B31.3  
- Design of Material :    • Design of Material  
- Shell Calculation :    • Shell Calculation  
- External Pressure Design Calculation :    • External Pressure Design Calculation  
- Thickness Calculation :    • Thickness Calculation  
- Welded Joints, Radiograhy, Joint Efficiencies :    • Welded Joints, Radiography, Joint Eff...  
- Type of Pressure Design Calculation :    • Types of Pressures Design Calculation  
- Nozzles, Reinforcement, Flanges, and Fittings :    • Nozzles, Reinforcement, Flanges, and ...  
- Study Cases :    • Study Cases  
- Question and Answer :    • Question and Answer  

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