PV Design | Radial Nozzles and Flanges Calculation | Part 1.3 (1 of 2)

Basic Design Pressure Vessel with Minimum Requirements (Part 1.3 or Pressure Parts | Radial Nozzles and Flanges Calculation)
Chapter:
00:00 Introduction
00:35 Outline Explanation
01:09 List of Previous Video Recommendation
02:19 Required Data from Datasheet
02:55 Summary Input Data
04:51 Reference and Equation
05:40 Calculation and Evaluation
06:13 Spreadsheet File Calculation
1. Part 0: Introduction → See video Pressure Vessels Basic Design Part 0
Outline: Definition, Reference, Software, Scope design
2. Part 1: Pressure Parts
Outline: Shell, Head, Nozzle, Fittings
3. Part 2: Non-Pressure Part
Outline: Saddle, Skirt/Leg, Lifting/Tailing lug, Platform
3. Part 3: Others
Outline: Coating, Gasket, Testing, others
Part 1: Pressure Parts
- Mechanical Datasheet: Design and Code, Material Data, Nozzle Data, Sketch Drawing
- Main Item: Shell, Head, Nozzle and Reinforcements, Flanges and Fittings
- Calculation and Evaluation: Thickness Calculation, Maximum Allowable Working Pressure (MAWP) Calculation, Minimum Metal Design Temperature (MDMT) Evaluation, Fiber Elongation and Forming Tolerance Evaluation
Related Video
A. Pressure Vessel Series
1. Nozzles Thickness Calculation of Pressure Vessels
- • Video (Attached to Shell)
- • Video (Attached to Head)
2. Design of Flanges in Pressure Vessels
- • Video
3. Nozzles Reinforcements Design of Pressure Vessels
- • Video (Part 1)
- • Video (Part 2)
- • Video (Part 3)
4. MAWP, MAP, Test Pressure Calculation
- • MAWP, MAP, Test Pressu...
5. Impact Test Evaluation
- • Video (Part 1)
- • Video (Part 2)
6. Flanges Rating, MAWP, and MAP Calculation
- • Flanges Rating, MAWP, ...
B. Pressure Vessel Design
1. Pressure Vessel Basic Design Part 0: • Pressure Vessel Basic ...
2. Pressure Vessel Basic Design Part 1.1: • Pressure Vessel Basic ...
3. Pressure Vessel Basic Design Part 1.2: • Pressure Vessel Basic ...
4. Pressure Vessel Basic Design Part 1.3.2: • PV Design | Radial Noz...
Part 1.3 : Radial Nozzles and Flanges Calculation
- Reference and Equation: UG-16 (minimum thickness shell, head, nozzles); UG-27, Appendix 1 (shell thickness calculation); UG-37 (design of reinforcements); UG-40 (limits of reinforcement); UG-45 (nozzles neck thickness); UCS-66, figure UCS-66.1/2, table UCS-66 (impact test evaluation); ASME B16.5 (pipe flanges and fittings)
- Radial Nozzle Calculation: Thickness Calculation, Limits of Reinforcement, Area Calculation, MAWP and MAP Calculation, Impact Test Evaluation
- Flange Calculation: Rating selection, MAWP and MAP Calculation, Impact Test Evaluation
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)
** Affiliate disclaimer: some of the above links may be affiliate links, which may generate us a sales commission

[@GhaniGhani]

sukses terus pak

[@fnengineering]

Aamiin. Terimakasih sudah berkunjung dan menonton FN Engineering Channel

[@axaytailor7336]

can you please make a video on Designing of SRN nozzle?

[@ariefsyahrizalu3842]

Hi Sir! Thank u for the explanation. But sir, do we have a specific formula to determine the nozzle diameter ? I found that there's this calculation that requires allowable pressure drop through nozzle to calculate the diameter but the diameter seems too tiny. In this case, can I select random diameter without considering any kinda parameters through the nozzle?

[@fnengineering]

Hello Arief, you can determine the nozzle diameter in sizing calculation. Unfortunately, I don't describe yet. Until now, In this channel only explain regarding strength calculation

[@tzahibessonov4697]

Dear Sir can I get this Excel copy?

[@istikharahmad3334]

Are bhai jab English bolna nhi ata to hindi me hi bata do Aisa lag raha hai jaise tambako kha kar bol raha h

[@danishmohd5341]

Dear Sir can I get this Excel copy?

[@fnengineering]

Sure, You can go to Spreadsheet link: bit.ly/FNEngineeringFile

[@ronesjunior5450]

@@fnengineering i need a password to access the sheets

[@fnengineering]

@@ronesjunior5450 the password should be FN Engineering