... a mechanical engineer.
I did some structural design for a buried concrete tank and thrust block a year or so ago. Subsequently, I was asked to size tension rods, bolts, and plates for a restrained DIP pipe joint, which was to be housed in the buried concrete tank. This DIP is very large, and the restrained flange connection was going to see working forces of 33 kips per tension rod (a set of 8 rods).
It was a rush to get this checked (like always). My immediate thoughts were: Where is the mechanical engineer? and, ah...fatigue!
Should I be protesting this type of design? Or, should I start reading the ASME design manuals and prepare for this sort of request in the future (we recently started doing a lot of the structural work for the buried buildings housing this mechanical gobbledygook?
Before you doing anything creative, make sure the code likes the artwork you are trying to wow the world with.
I did some structural design for a buried concrete tank and thrust block a year or so ago. Subsequently, I was asked to size tension rods, bolts, and plates for a restrained DIP pipe joint, which was to be housed in the buried concrete tank. This DIP is very large, and the restrained flange connection was going to see working forces of 33 kips per tension rod (a set of 8 rods).
It was a rush to get this checked (like always). My immediate thoughts were: Where is the mechanical engineer? and, ah...fatigue!
Should I be protesting this type of design? Or, should I start reading the ASME design manuals and prepare for this sort of request in the future (we recently started doing a lot of the structural work for the buried buildings housing this mechanical gobbledygook?
Before you doing anything creative, make sure the code likes the artwork you are trying to wow the world with.