composed of a bronze bar (bar 1) flanked by two aluminum bars (bars 2 and 3), a rigid plate at B, and a steel-aluminum composite bar (bars 4 and 5). Bars 1, 2, and 3 are welded to the fixed support at A while bars 2, 3, and 4 are welded to the rigid plate at B. There exist a gap Ai between bar 1 and the rigid plate and another gap A2 between the composite bar 4-5 and the fixed support at C. Determine the maximum force P (in kips) that can be applied to the right end of bar 1 if the allowable stresses for bronze, aluminum, and steel are 50 ksi, 60 ksi, and 36 ksi, respectively. Ise the ff. materials: nits (in) Area Diameter
composed of a bronze bar (bar 1) flanked by two aluminum bars (bars 2 and 3), a rigid plate at B, and a steel-aluminum composite bar (bars 4 and 5). Bars 1, 2, and 3 are welded to the fixed support at A while bars 2, 3, and 4 are welded to the rigid plate at B. There exist a gap Ai between bar 1 and the rigid plate and another gap A2 between the composite bar 4-5 and the fixed support at C. Determine the maximum force P (in kips) that can be applied to the right end of bar 1 if the allowable stresses for bronze, aluminum, and steel are 50 ksi, 60 ksi, and 36 ksi, respectively. Ise the ff. materials: nits (in) Area Diameter
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![composed of a bronze bar (bar 1) flanked by two aluminum bars (bars 2
and 3), a rigid plate at B, and a steel-aluminum composite bar (bars 4 and 5). Bars 1, 2, and 3 are
welded to the fixed support at A while bars 2, 3, and 4 are welded to the rigid plate at B. There
exist a gap Ai between bar 1 and the rigid plate and another gap A2 between the composite bar
4-5 and the fixed support at C. Determine the maximum force P (in kips) that can be applied to
the right end of bar 1 if the allowable stresses tor bronze, aluminum, and steel are 50 ksi, 60 ksi,
and 36 ksi, respectively.
Use the ff. materials:
Units (in) Area Diameter
A.
В
C
Bar 1
2
Bar
E (ksi)
Bar 2,3
1
1
15000
Bar 4
1.5 in
2,3
10600
Bar 5
outer d = 3in
2
4
29000
inner d =
10600
1.5in
(4
A2
Gap 1 = 0.03 in
Gap 2 = 0.25 in
3
-4 ft-
-4 ft-
bite
d material. Up
ng sites,
answs](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F21dbef06-75be-426c-b939-1713ddad2b88%2Fcaf716a2-b8a4-4406-a5c3-1cde65185787%2Fnojt89_processed.jpeg&w=3840&q=75)
Transcribed Image Text:composed of a bronze bar (bar 1) flanked by two aluminum bars (bars 2
and 3), a rigid plate at B, and a steel-aluminum composite bar (bars 4 and 5). Bars 1, 2, and 3 are
welded to the fixed support at A while bars 2, 3, and 4 are welded to the rigid plate at B. There
exist a gap Ai between bar 1 and the rigid plate and another gap A2 between the composite bar
4-5 and the fixed support at C. Determine the maximum force P (in kips) that can be applied to
the right end of bar 1 if the allowable stresses tor bronze, aluminum, and steel are 50 ksi, 60 ksi,
and 36 ksi, respectively.
Use the ff. materials:
Units (in) Area Diameter
A.
В
C
Bar 1
2
Bar
E (ksi)
Bar 2,3
1
1
15000
Bar 4
1.5 in
2,3
10600
Bar 5
outer d = 3in
2
4
29000
inner d =
10600
1.5in
(4
A2
Gap 1 = 0.03 in
Gap 2 = 0.25 in
3
-4 ft-
-4 ft-
bite
d material. Up
ng sites,
answs
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