Thickness calculation of cylindrical shell and spherical shell according to ASME section VIII Div1

Chapters:
0:00 Introduction
4:42 Design Data for cylindrical shell
4:43 thickness calculation for circumferential stress
10:18 formula for shell under circumferential stress
11:12 thickness calculation for longitudinal stress
11:39 formula for shell under longitudinal stress
12:32 design data for spherical shell
14:55 takeaways
Static Equipment design training as per ASME SEC VIII Div1, PV-Elite Software training, Storage Tank Design training as per API 650, TEMA Standard

Courses Available:
-Master, Pressure Vessel Design, as per ASME SECTION VIII Division 1.
-Master, Tall cylindrical tower, or Column design.
-Master, Heat Exchanger Design, and TEMA requirement.
-Master, PVElite software.
-Master, Storage Tank Design, as per API 650.

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Course Collection:

[shridharjakhalekar]

1) What if the first condition of UG-27(c)(1) id not met. Can we go for FEA? Or it means that the vessel can not be certified (design, fabricated & tested) as per Div.1?

2) Is code allows any alternate design if 2nd condition is not met?

[shridharjakhalekar]

Can the UG27 formula for spherical shell be used for hemispherical dished end directly?

[heinmt]

If hydro test pressure is 1.3 * P, then shell thickness should be increased for hydrotest ?