CEASAR II 5

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GUIDE LINE FOR MODELLING IN CEASARII 5.00


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CEASAR II 5.00

STEP TO CREATE A MODEL IN CEASARII 5.00

1) TO START CEASER DOUBLE CLICK ON LOCTATED AT DESKTOP OF

COMPUTER.

2) CLICK ON NEW TO CREATE A MODELL

3) THEN CLICK ON TO NEW IT WILL ASK FOR A FILE NAME AND PATH TO SAVE THE

FILE

AFTER ENTERING THE PATH IT WILL SHOW THE CURRENT UNIT AS SHOWN BELOW


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4)TO CHANGE THE UNIT OF CONFIG CLICK ON THE TOOLS GO TO THECONFIGURE/SETUP


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FILE IS OPEN FOR INPUTING THE DATA AS SHOWN BELOW. THE LEFT SIDE IS FOR

INPUTING THE DATA AS PER OUR REQUIREMENT AND ON THE RIGHT SIDE IT

CONSISTS OF BLANK SPACE IN WICH AT BOTTOM IT SHOWS THE X Y Z AXIS. AS WE

INPUT THE DATA ON RIGHT SIDE IT WILL SHOW THE 3D VIEW ON THE RIGHT SIDE


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ON THE LEFT HAND SIDE. IT WILL SHOW THE NODE NUMBER.

AT BOTTOM OF LEFT HAND SIDE THE TABLE HAVE BLANK BOX AS SHOWN BELOW

WE HAVE TO FILL IT UP AS PER THE GIVEN INPUT SUCH AS THE Diameter,Wall

thickness,Corrosion,Insul Thk,Temp1,Temp 2, Temp 3, Pressure 1,Pressure 2,Hydro Pressure AND

Also select the Material,Fluid Density,Insulation Density


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6) Mark the axis (x,y,z) as shown on CEASER plot on the iso and mark the node number as shown in

fig..


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7) Proceed for input as shown from node 10 to 20.double click on rigid to on it.

Now for modelling the support double click on Restraint.It will ask for a node on which support and

which type of support we want


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6) After filling the input go to the next node.To go to the next node click on the it will

create the node 20 to 30

Now enter the length from node 20 to 30.also click on rigid

The temperatrue and pressure changes

7) Again to create the next node from 30 to 40.click on rigid and change the temperature

8) The input in node 40 to 45 is the length and temperature


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Click on the rigid

9) Now create the node 45 to 50 the input are the length in DY axis

10) Now create the node 50 to 60 the input are length and temperature

11) Now create the next node 60 to 70 by click on .after creating the node change the node

60 by click on it and write to 50 so it will create the node 50 to 70

As node create the node 50 to 70 input the data length and temperature

12) Create the node 70 to 80 then write the length value.dnot click on the rigid it should be off


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13) Create the node 80 to 90 enter the length of flange.

And click on the rigid and fill rigid weight that is the weight of the flange.

Click on the restaint and enter the ancor support on the node 90 as shown. Connecting node as 91

14) Create the node 91 to 100 and enter the length of flange and click on rigid and enter the rigid

weight of flange.

15) Create the node 100 to 110.and click on the Bend to create a elbow


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16) Create the 110 to 120 and enter the value in DY axise

17) Create the node 120 to 130 and enter the length also click on the Bend

18) Create the node 130 to 140 and enter the length in DX direction.click on the Bend

19) Create the node 140 to 150 and enter the length in (DY axis)

Create the node 150 to 160 enter the flange length click on the rigid and enter the rigid weight of

flange

Click on the restraint and enter the anchor on the nod 160, connecting node 161

20) Create the node 161 to 170 enter the flange length click on the rigid fill rigid weight of flange


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21) Create the node 170 to 180 enter the length

22) Create the node 180 to 190 enter the length and click on the rigid dnot fill the rigid weight

23)Create the node 190 to 200 enter the length also click on the rigid

24)Create the node 200 to 210 enter the length and click on the rigid

Click on the restraints give anchor support on node 210

25)Create the node 190 to 220 enter the length and click on the rigid


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26) Create the node 220 to 230 enter the length click on the rigid and restraints enter the support on

the node 230

27) Create the node 120 to 8120 click on the SIFs & Tees it will ask for the node number and type

of joint as shown below. Type node 120,Type 2-unreinforced

Click on the Restraints for support on node 8120 as resting ie. +Y as shown below connecting node

8121 and Mu as 0.3

Change temprature and pressure for node 120 to 8120


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28) Create the node 120 to 8130 enter the length and click on the restraints for support on the node

8130 ie. +Y as shown below

29) Create the node 45 to 47 enter the value as shown below and click on the rigid

Change the temperature as shown below

30)Create the node from 47 to 8121 click on the rigid

Change the temperature


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31)Create the node from 45 to 48 click to the rigid


32)Create the node from 48 to 8131 as shown below click on the rigid



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33) Now modelling is completed to run it click on (Batch run)

It will open the static output processor as shown below

CHECKING


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1)To check the displacment of system on sustain.Select the (SUS)W+P1 Displacement and then click

on (view report)

It will show displacment on sustain at each nodeas shown below

Simillary u can see the displacment for operating and expansion codition2) TO CHECK STRESSES (SUSTAIN AND EXPANSION)


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YOU CAN SEE THE STRESSES AT ALL NODES

SUSTAINED STRESS REPORT-


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EXPANSION STRESS REPORT

NOW WE CAN CHECK THE LOADS ON THE ALL RESTRAINT POINT AS-


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YOU WILL GET RESTRIN SUMMARY AS

CEASAR II 5

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Transcript of CEASAR II 5