Recent content by Shady99

dont have ASME knowhow...its a vessel placed on ground which is not supposed to move

it is storage vessel,butt seam weld...supposed to be cylinderical vessel

i have to calculate the thickness as per ASME of an open head,flat bottom vessel that is supposed to hold water. the size of the vessel shud be 1000mm in dia and 1000mm high

yes kind of

just keeping the discussion to design phase. i am using PV elite for designing the vessel as per ASME. Is it a good approach, considering PV elite software does the required ASME checks. Basically instead of going through all the ASME code i am using PV elite

I have been asked to analyse a flat bottom open end vessel on PV elite. The vessel is placed on tiled floor at ground level. The question is that "is there a way to introduce concrete support under the flat bottom of the vessel i have modeled in PV Elite"

Summary:: Hello i have a question regarding pressure vessel design. As per the required operating parameters for a pressure vessel, i have calculated the sheet thickness for the shell to be 4 mm and base plate thickness to be 25mm. These results are based on ASME calculations and ansys.Both...

Hello i have asd value of 0.015 g2/hz and freq range of 1 to 100hz. How to select a damper for isolating my equipment from the above mentioned vibration?

Say the tensile strength of my tape is 40 kpa...how to know if the block will stick onto or fall?

Actually i was wanting to know the maths for how to do calculations for such a problem

Hello i would like to know how to find out the bond strength of the adhesive tape. The problem is i have a aluminum block of 10 kgs. I want to stick the block on a steel wall with double tape. Now how can i calculate the bonding force of the bond between the1) tape and wall 2)tape and block

thankyou chester...really appreciate your help

still seems incorrect...specific heat i have used of my specific object...rest all values as u suggested

10 w/m k would be fine Sent from my Nexus 5 using Physics Forums mobile app

that was a random value i picked . However while exploring this issue over the internet. i came to this relationship for heat transfer co efficient h=k/l where k is the thermal conductivity and l is the thickness/length of the object