I am not clear if there is a minimum weld size requirement on the inside of a nozzle which is welded as a full penetration weld to a cylindrical shell. The configuration is as per Fig. UW-16.1(e) of ASME Sec. VIII Div.1 but has an internal projection of say 2". There is no repad required as the...
I am looking for some guidance on the above subject - textbooks or user friendly fea software. My understanding is ASME Sec. VIII Div.2 does not cover this issue.
Thx
Sam
I want to add a 3 NPS nozzle to a rectangular header box (3/4" thk) of an air-cooled heat exchanger. The opening does not meet the requirements of UG-36(c)(3) of ASME Sec VIII Div.1. Also, the diameter of the opening exceeds one half of the shortest span of the head as mentioned in UG-39(c)...
I am looking for some guidance in the design of a blow case with cyclic loading conditions and external pressure. I think that ASME Sec VIII Div.2 - Appendix 5 does not provide much details on this. Can some one provide me some details on how to proceed or where I can get some guidance from.
have 2 questions.
1) Is SAE Grade 8 bolts acceptable to use in a piping system built to B31.3. Does B31.3 recognize Grade 8 bolts?
2) Is there an equivalent ASTM material for LT50 (under published literature), which I believe is a British Standard material, so that this LT 50 ( custom flange )...
I have 2 questions.
1) Is SAE Grade 8 bolts acceptable to use in a piping system built to B31.3. Does B31.3 recognize Grade 8 bolts?
2) Is there an equivalent ASTM material for LT50 (under published literature), which I believe is a British Standard material, so that this LT 50 ( custom flange )...
A question on Appendix 13, UG-36, UG-39 of BPV Code - ASME Section VIII Div.1.
I want to add a 3 NPS nozzle to a rectangular header box of an air-cooled heat exchanger. The opening meets the requirements of UG-36(c)(3. But the diameter of the opening exceeds one half of the shortest span of the...
I am designing a tubesheet on a shell and tube heat exchanger per TEMA. I want to calculate film coefficient h0 for the shell side fluid so that I can calculate the differential thermal growth. Can someone help me with this.