Preliminary stress analysis, Mechanical Engineering

Assignment Help:

Preliminary stress analysis work will start early in the detail engineering phase after completion of equipment layout and piping study drawings. The piping required to be analyzed will be divided into systems or sub-systems with logical break points and the Mechanical Engineer will provide the stress analyst with a preliminary information package for each piping system identified as requiring stress analysis.

Some of the critical piping systems are such that any changes in vendor information or equipment layout will result in considerable rework for the stress analyst and changes in piping layout. For other piping, preliminary analysis can be carried out without information from equipment vendors and any rework due to changes in layout or equipment details will not result in significant rework. The mechanical engineer, piping design and stress analyst will work out a schedule so that piping design, stress analysis and structural/foundation work for pipe support can proceed smoothly with minimum rework. While the sequence of work will vary from one project to another, the following general suggestions have been found useful in the past.


Related Discussions:- Preliminary stress analysis

Show the water treatment unit, The de-oiled water from De-Oiling Unit enter...

The de-oiled water from De-Oiling Unit enters the HLS vessel for softening. The primary function of HLS is to remove the Ca and Mg hardness and bring the total hardness to less tha

Final stress analysis, Once vendor drawings are received and piping isometr...

Once vendor drawings are received and piping isometric drawings are prepared, the Mechanical engineer will provide a final stress package to the stress engineer per The stress a

Evaluate hydraulic efficiency, A pelton wheel works at the foot of a dam be...

A pelton wheel works at the foot of a dam because of which the head available at the nozzle is 400m. The nozzle diameter is 160mm and the coefficient of velocity is 0.98. The diame

What do you understand by inversion of mechanism, (a) What do you understan...

(a) What do you understand by Inversion of Mechanism ? Describe in detail the following : (i) Crank and Lever mechanism (ii) Double crank Mechanism (b) What are the condit

Calculate the angle of heel, a) Derive a mathematical expression for stabil...

a) Derive a mathematical expression for stability of an automobile while accelarating in a curved path? b) A motorcycle and its rider together have a mass of 250Kg and their cen

Determine the change in diameter, Determine the change in diameter: A ...

Determine the change in diameter: A thin spherical shell of 1.8 m diameter is 10 mm thick. This is filled with a liquid so that the internal pressure is 1 N/mm 2 . Determine t

Define Disadvantages of electro discharge machining, Define Disadvantages o...

Define Disadvantages of electro discharge machining? a) The wear rate on the electrode is significantly higher. b) The work piece must be electrically conductive to be machi

Resultant of non coplanar concurrent force system, Resultant of Non coplana...

Resultant of Non coplanar concurrent force system: How do you find resultant of Non coplanar concurrent force system? Sol.: The resultant of non concurrent force system

10'''' flange horizontal offset allowable, How does the maximum the 10'''' ...

How does the maximum the 10'''' flange horizontal offset allowable.

Tension in string and accelerations of block, Tension in string and acceler...

Tension in string and accelerations of blocks: Find out the tension in string and accelerations of blocks A and B having weights 200N and 50N respectively, connected by the s

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd