Question

A cantilever rod is loaded as shown in the Figure \(1(b)\). If the tensile yield

strength of the material is \(300 \mathrm{MPa}\), determine the rod diameter using

i. \(\quad\) Maximum principal stress theory

ii. \(\quad\) Maximum shear stress theory

iii. Maximum distortion energy theory

q1.docx

Answer 1

Help me solved the answer this

Answer 2

As the factor of safety is not particularly mentioned i did't calculate the values but i provided you each and every formula in the concept so you can substitute and get the values easily .i hope the concept is clear to you .and give a thumbs up for this .thank you
Griven Contilever ean Cengist Syt 2 N 300 Mpa eel d of ne c/s mm an bolt mat of safet theory i (a) 1 t0KN Marimam strees outer most element point in A thin c diamete subjecte The yie is 260 accordi Neglec a) 2.67 c) 6.67 Gcudhng Arial lood TOalan more stre ss at uoiCarm at all pinte more at top 1Potten points he pri nsile Sur face Cenrider tress 1 the cuter Burfoce polnt B 00 M ccordi duetr Ahear Takd -) I Naxial Ac critic erding nding nding M puinciple athees MP ss o sile a. 1 xim 4.08 3.8 3 1 ama (a Maximem principal Aress yield strech intene Syt F.S Factor of Rafety

Ahear trese hey (b) Maaimum Syt Tnax FS CC Maximum Dis toreion energy heary Vea Syt eay FS Ap ecifred BaAed on farctor of ald Value A& diametre determine the the requined volue accerdng Ccan Lue Cactor of -the.y to the nerpeative