How do i work out the direct stress and strain of a hollow aluminium tube connect to a pin-jointed link carrying a tensile loadOther info:E 196.56UTS 162.53G 108.108Length 1.85Dimensions of tube, internal hollow diameter is 60Wall thickness of the tube is 14Be much appreciated if you can help me work this out.Thanks
the combat parachute,the self contained tank made mobile by gearing and bistling with guns,an armature for self propelled flight based onbirds wings and gearing and a multiple barreled gun similar to a gatling gun on a pushable wheeled cassion!!
Helicopter-sort ofHe did the first drawings/plans of them
He invented a lot of things, none of which we use todayAll his inventions were just on paper, they were never really madeGreat mind nonetheless.
Anatomy, he drew and illustrated the HUMAN Anatomy by dissecting corpses to further medical advancementHis drawings (Of man, and woman) were put on Voyager a satellite shot into space to find other life forms, it gives the detail of what we're all about as Human life form, You would have been imprisoned if caught dissecting bodies back then, nobody did that, pretty ballsy if ask me, he also had many other great inventions too.
What is the load? For a tensile load, stress is axial force divided by area strain youngs modulus stress
