This thread has been greatly beneficial. Hi all, i understand that 2:1 ellipsoidal head has crown radius (l) = 0.9d and knuckle radius (r) = 0.17d. I can calculate the shell wetted area.
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The total volume is easily calculated, but i. It can be carburized with sufficient case depth for most any application. Means as per asme b 16.11.
Hi , this is regarding the design of ellipsoidal heads in pressure vessels, where i have a case here for a vessel of internal dia = 2400 mm , and design pressure of p= 6barg,.
However, i do not know how to calculate. I am trying to calculate the wetted surface area of an horizontal vessel with 2:1 elliptical heads. So is it true that 2:1 torispherical head has the same crown radius. Does anyone have a simple formula for determining the surface area of 2:1 ellipsoidal heads?
I think it was in tampa, florida 2018 or 2019. I had a geotechnical investigation that confirmed sinkhole activity on my property in the tampa area. Compaction grouting was performed as well as cosmetic repairs. Hey all i am designing a guard rail in tampa, florida and i did a lot of research to figure out the deflection limitations but couldn't find actual solid resource.
Dear experts, can any body suggest what does rating 3000,6000 and 9000 etc.
What should test pressure for items produced in rating 9000. Can anyone give me a formula to determine the volume of a horizontal 2:1 elliptical tank head at various levels of fluid fill?
