Compute the bearing stress at the mating surfaces A, B, C and D. 28 kip 16 x 16 steel plate W8x10 steel A wide-flange beam 16 x 16 steel plate C 30-in square concrete Compact Gravel 5-ft 0-in square concrete D

Structural Analysis
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2/ 8
100%
+| 日の
2.
Compute the bearing stress at the mating surfaces A, B, C and D.
28 kip
16 x 16 steel plate
W8x10 steel
wide-flange beam
В
16 x 16 steel plate
30-in square concrete
Compact Gravel
5-ft 0-in square concrete
D
NOV
22
étv A
Aa
Transcribed Image Text:2/ 8 100% +| 日の 2. Compute the bearing stress at the mating surfaces A, B, C and D. 28 kip 16 x 16 steel plate W8x10 steel wide-flange beam В 16 x 16 steel plate 30-in square concrete Compact Gravel 5-ft 0-in square concrete D NOV 22 étv A Aa
7 / 8
91%
+ | 日の
-
A-14 Typical properties of aluminum alloys."
Ultimate strength, s,
Yield strength, s,
Shear strength, sus
Alloy and
temper
Percent
ksi
MPa
ksi
MPa
elongation
ksi
MPa
Alloys in wrought form
16
1100-H12
110
15
103
25
10
69
1100-H18
24
165
22
152
15
13
90
2014-0
27
186
14
97
18
18
124
2014-T4
62
427
42
290
20
38
262
2014-T6
70
483
60
414
13
42
290
3003-0
16
110
6
41
40
11
76
3003-H12
19
131
18
124
20
12
83
3003-H18
29
200
27
186
10
16
110
5154-0
35
241
17
117
27
22
152
5154-H32
39
269
30
207
15
22
152
5154-H38
48
331
39
269
10
28
193
6061-0
18
124
8.
55
30
12
83
6061-T4
35
241
21
145
25
24
165
6061-T6
45
310
40
276
17
30
207
7075-0
33
228
15
103
16
22
152
7075-T6
83
572
73
503
11
48
331
Casting alloys-permanent mold castings
204.0-T4
48
331
29
200
206.0-T6
65
445
59
405
356.0-T6
41
283
30
207
10
*Modulus of elasticity E varies for different aluminum alloys:
For most alloys, including 1100, 3003, 6061, 6063, E = 10 x 10 psi (69.0 GPa).
For alloy 2014, E = 10.6 x 10 psi (73.1 GPa).
For alloy 5154, E = 10.2 x 10 psi (70.3 GPa).
For alloy 7075, E =10.4 x 10 psi (71.7 GPa).
Density of most aluminum alloys is approximately 0.100 lb /in. (2770 kg/m).
NOV
22
A Aa
tv
| ||
Transcribed Image Text:7 / 8 91% + | 日の - A-14 Typical properties of aluminum alloys." Ultimate strength, s, Yield strength, s, Shear strength, sus Alloy and temper Percent ksi MPa ksi MPa elongation ksi MPa Alloys in wrought form 16 1100-H12 110 15 103 25 10 69 1100-H18 24 165 22 152 15 13 90 2014-0 27 186 14 97 18 18 124 2014-T4 62 427 42 290 20 38 262 2014-T6 70 483 60 414 13 42 290 3003-0 16 110 6 41 40 11 76 3003-H12 19 131 18 124 20 12 83 3003-H18 29 200 27 186 10 16 110 5154-0 35 241 17 117 27 22 152 5154-H32 39 269 30 207 15 22 152 5154-H38 48 331 39 269 10 28 193 6061-0 18 124 8. 55 30 12 83 6061-T4 35 241 21 145 25 24 165 6061-T6 45 310 40 276 17 30 207 7075-0 33 228 15 103 16 22 152 7075-T6 83 572 73 503 11 48 331 Casting alloys-permanent mold castings 204.0-T4 48 331 29 200 206.0-T6 65 445 59 405 356.0-T6 41 283 30 207 10 *Modulus of elasticity E varies for different aluminum alloys: For most alloys, including 1100, 3003, 6061, 6063, E = 10 x 10 psi (69.0 GPa). For alloy 2014, E = 10.6 x 10 psi (73.1 GPa). For alloy 5154, E = 10.2 x 10 psi (70.3 GPa). For alloy 7075, E =10.4 x 10 psi (71.7 GPa). Density of most aluminum alloys is approximately 0.100 lb /in. (2770 kg/m). NOV 22 A Aa tv | ||
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