The tanle is tafricated from 12- mm 8teel plati Det. the ma,minm longitnenal ard circunferential streeses caused Ag presure y 15 mya. an internal 40pm0 (-- 620mm
The tanle is tafricated from 12- mm 8teel plati Det. the ma,minm longitnenal ard circunferential streeses caused Ag presure y 15 mya. an internal 40pm0 (-- 620mm
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
Please help me with this one. You can use the 2nd photo as reference.
![The fank is fasfricated
from A2-mm &teel plati
Det. ke maximnm
longitndinal ard
circunferential sfresses
caused' Ag
presure y15 mpa.
an internal
40pmo (--
620mm](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fccb1518c-6d19-4082-89b2-ad55e5e1983d%2F6d996bea-ee98-4b76-9667-27dcb860ba21%2Fq0w2ayt_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The fank is fasfricated
from A2-mm &teel plati
Det. ke maximnm
longitndinal ard
circunferential sfresses
caused' Ag
presure y15 mpa.
an internal
40pmo (--
620mm
![Thin - Walled Cylinders
Sam ple Pablems
- A cylindrical steel
pressure vesel 400 mm
r diameter with a wall
thickness f 20mm, is
Longitudinal strees
Ctransueree, seetion)
P.
Jomm
Gubjected to an internal
préssare 4 4.5 MA.
) Calculati the fangential Ź Ħ D²p= 0r CODE)
ard longitudinal tresses
in the Heel. 6) To what
value
- P
- 4.5(400
4(20)
the internal
may
preesure be increated ļ O7=B0 7-D
is the strees in the
8teel is imited to
Ot =
20e> tangen tial
stress is he critical
佐 20= PC4r0)
P= 12 MPa
ç The bursting force will
/20 MPa. c)If the
interral
pressure were
mcreased untl the
vessel burst, skeetch
the type 4 fracture
that would' occur.
Solution:
/ongitudinal section that
the
g Tangen tial etres
C Longi tndninal sectim) transverse sectión
is turice to that
Expected fracture when
inferral pressure is
mcreased' until the
vessel burrt,
20
Longituainal
section
た27
POL= 2 CH tL)
4.5(400)
2 C20)
0t- 45 mP.
400 mm
internal
chameter](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fccb1518c-6d19-4082-89b2-ad55e5e1983d%2F6d996bea-ee98-4b76-9667-27dcb860ba21%2Fbqimyzd_processed.png&w=3840&q=75)
Transcribed Image Text:Thin - Walled Cylinders
Sam ple Pablems
- A cylindrical steel
pressure vesel 400 mm
r diameter with a wall
thickness f 20mm, is
Longitudinal strees
Ctransueree, seetion)
P.
Jomm
Gubjected to an internal
préssare 4 4.5 MA.
) Calculati the fangential Ź Ħ D²p= 0r CODE)
ard longitudinal tresses
in the Heel. 6) To what
value
- P
- 4.5(400
4(20)
the internal
may
preesure be increated ļ O7=B0 7-D
is the strees in the
8teel is imited to
Ot =
20e> tangen tial
stress is he critical
佐 20= PC4r0)
P= 12 MPa
ç The bursting force will
/20 MPa. c)If the
interral
pressure were
mcreased untl the
vessel burst, skeetch
the type 4 fracture
that would' occur.
Solution:
/ongitudinal section that
the
g Tangen tial etres
C Longi tndninal sectim) transverse sectión
is turice to that
Expected fracture when
inferral pressure is
mcreased' until the
vessel burrt,
20
Longituainal
section
た27
POL= 2 CH tL)
4.5(400)
2 C20)
0t- 45 mP.
400 mm
internal
chameter
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