Find stress intensity factor - thick cylinder, Mechanical Engineering

Find stress intensity factor - thick cylinder:

A thick cylinder of ri = 10 mm, r0 = 70 mm carried equal and symmetric radial cracks 6 mm long on opposite sides of inner surface. The inner surface is jacketed with a thin rubber membrane and pressurised with 2 N/mm2 pressure. Find SIF.

Solution

r0 / ri= 70 /10 = 7; a / (r0 - ri) = 6 / (70 - 10) = 0.1

From Figure, for r0 / ri =7 and a / (r0 - ri) =0.1, Y= 0.46

856_Find stress intensity factor - thick cylinder.png

Posted Date: 1/22/2013 1:55:11 AM | Location : United States







Related Discussions:- Find stress intensity factor - thick cylinder, Assignment Help, Ask Question on Find stress intensity factor - thick cylinder, Get Answer, Expert's Help, Find stress intensity factor - thick cylinder Discussions

Write discussion on Find stress intensity factor - thick cylinder
Your posts are moderated
Related Questions
Illustrates about the term rectangular footings? RECTANGULAR FOOTINGS: The design of rectangular footings is similar to that of the square footings. The major difference is

a petrol tanker uses gravity to empty its 35kl tank in to an underground storage tabk. the hose that is used has a roughness equivalent to galvanised iron, has an internal diameter

MATERIALS WELDABILITY Electron beam welding has the ability to weld a variety of materials including dissimilar combinations. These can be split into general categories as to t

what do you mean by static and dynamic unbalance in machinery

#tool life formular for diferent n values

1. Greater Design Freedom : Any changes that are required in design can be incorporated at any design stage without worrying about any delays since there would hardly be any i

Primitives of b-rep Scheme The building blocks for b-rep. models are : Vertex It is a unique point (an ordered triplet) in space. Edge An edge is a finite, non-

In a 4-Bar process the following data is given :- Length of crank (AB) = 300 mm, Length of link AD = 600 mm, Length of links BC = CD = 360 mm, Angle BAD ie ∠BAD = 60o ,

A projectile is fired with a velocity u at the entrance A of a horizontal tunnel of length L and height H. Determine the minimum value of u and the corresponding angle \theta for w

brifely explain 2r-2p invertion