Determine the stress distributions across the cylinder, Econometrics

A thick walled cylinder has internal and external diameters of 120 mm and 420 mm respectively. It is made from a ductile elastic material of your choice and is used to contain hot gas at a constant pressure.

1. Carry out a finite element analysis to determine the stress distributions across the cylinder wall when the internal pressure reaches a value which will cause the material to start yielding according to an appropriate elastic failure criterion. You are not expected to take temperature effects into account in your analysis.

2. The design is now modified to enable cooling water to pass through the cylinder wall. The water flows through six 40 mm diameter holes equally spaced on a 200 mm pitch circle diameter and six 40 mm diameter holes equally spaced on a 320 mm pitch circle diameter. The hole-patterns are offset by 30° relative to each other. Re-model and comment on the effect that this modification has on the stress distributions. Predict the maximum pressure for the new design and the same failure criterion as part (1).

 

 

Posted Date: 3/19/2013 6:15:12 AM | Location : United States







Related Discussions:- Determine the stress distributions across the cylinder, Assignment Help, Ask Question on Determine the stress distributions across the cylinder, Get Answer, Expert's Help, Determine the stress distributions across the cylinder Discussions

Write discussion on Determine the stress distributions across the cylinder
Your posts are moderated
Related Questions
The  firm  is  considering  manufacturing  a  second  product  in  its  factory alongside the first. The demand functions for the two products are: Q d1 =180 - 4P 1 Q d2 =90

Following the general methodology used by econometricians as explained in the session for week 1 (eight steps), explain how you would proceed to determine if a good complies with t

cost benefit decision invest in college undergraduate 5 years


what factors affect the choice of material handling systems

Suppose that the aggregate demand curve in a particular year is given by the algebraic           expression:  Y = 3000 + 1000/P, where Y is the aggregate output and P is t


Gruen&Pagan(1999) "The Phillisp Curve in Australia" identified that NAIRU is non-constant over the period. Provide an econometrics evaluation of the claim that NAIRU is non constan


Effective Human Resources Management Depends Upon Sound Reward System Essays and Term Papers