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TEP MECHANICAL INSPECTION 002

Total questions: 15

Worksheet time: 25mins

Name
Class
Date
1.

From the formula shown, what is R?

a)

Uncorroded inside radius

b)

Inside diameter

c)

Corroded inside radius

d)

Corroded outside radius

2.

For pressure vessels in service, the calculation of t is required to determine _______

a)

Remaining life

b)

Corrosion rate

c)

Previous thickness

d)

Actual thicknesses

3.

From the formula shown, what can contribute to the higher value of t ?

a)

High strength materials

b)

Lower E

c)

Higher allowable stress

d)

Lower P

4.

How do you call this part?

a)

Davit arm holder

b)

Hook

c)

Safety bar

d)

Eye bolt

5.

Unit for stress

a)

MPa

b)

psi

c)

bar

d)

All of listed options

6.

Unit for corrosion rate.....

a)

mpy

b)

mm/yr

c)

ipy

7.

One option to confirm that a pressure equipment is safe for continued operation, the remaining life should be ______ and the corrosion rate should be _______.

a)

High, low

b)

Low, low

c)

High, high

d)

Low, high

8.

Calculate long term corrosion rate from this data. Give answer in 2 decimal places.

(a)   mm/yr

9.

Calculate short term corrosion rate from this data. Give answer in 2 decimal places.

(a)   mm/yr

10.

Calculate the remaining life (years) of this data. Give answer in round number.

(a)  

11.

By referring to the drawing, what is the nominal thickness of shell? (a)   mm

12.

What is the corroded inside diameter of this vessel if corrosion allowance is 1 mm

a)

1118 mmk

b)

1222 mm

c)

1220 mm

d)

1221 mm

13.

How many longitudinal weld of shell is shown in this drawing?

a)

1

b)

2

c)

3

d)

None

14.

What are the values for E of the shell and P (design pressure) based on this design data?

a)

0.85 and 1725 kpa

b)

1.0 and 1.725 bar

c)

1.0 and 1725 kpa

d)

0.85 and 1.725 MPa

15.

What is the min. thickness (t min or t req.) of the shell of this vessel if the corroded ID = 1220 mm?. Use formula as per ASME VIII DIV. 1

a)

7.58 mm

b)

6.68 mm

c)

7.68 mm

d)

15.37 mm