Home |
Search |
Today's Posts |
#1
|
|||
|
|||
Capt Neal's crack cuts the mustard!
ahaa haaa hahaaaahahahaaa!!!!
When the good skipper's boom broke in two, it had two distinct pieces. The good Capt himself made the ends of the pieces thicker by inserting a inner sleeve of proprietary material, common to each piece at the end. Thusly, he made the end of each tube thicker - which is DOUBLE BUTTED TUBING as I said. ahaa haah ahaa aaaa hha ahahaa!!!! Now regarding the "crack" at the splice. Note that there's other hardware and internal sleeve pressure transferring the forces. The crack can't transfer forces, but the clearance definitely shows it in compression as I have said! ahaaa aaah aha aha haaa haaa haaa!!!!!! Gotcha! |
#2
|
|||
|
|||
Capt Neal's crack cuts the CHEESE!
ahaaa aaah aha aha haaa haaa haaa!!!!!! Gotcha! |
#3
|
|||
|
|||
Capt Neal's crack cuts the mustard!
No, by your twisted logic, they are single butted tubes joined but end
to but end. Cheers MC Myron Florin wrote: ahaa haaa hahaaaahahahaaa!!!! When the good skipper's boom broke in two, it had two distinct pieces. The good Capt himself made the ends of the pieces thicker by inserting a inner sleeve of proprietary material, common to each piece at the end. Thusly, he made the end of each tube thicker - which is DOUBLE BUTTED TUBING as I said. ahaa haah ahaa aaaa hha ahahaa!!!! Now regarding the "crack" at the splice. Note that there's other hardware and internal sleeve pressure transferring the forces. The crack can't transfer forces, but the clearance definitely shows it in compression as I have said! ahaaa aaah aha aha haaa haaa haaa!!!!!! Gotcha! |