Alluminum Alloy Mechanical Engineering Properties

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Alluminum Alloy Mechanical Engineering Properties

The following chart give general mechanical engineering Properties and data for many common Aluminum alloys. Please be aware that much of the data is adequate for industrial, however academic requirements are more stringent.

Alloy
Temper
Ultimate Tensile Strength, ksi
Yield Strength, ksi
Elongation %in2
Brinell Hardness
Shear Strength, ksi
1100
O
H14
H18
13
18
24
5
17
22
35
9
5
23
32
44
9
11
13
2011
T3
55
43
n/a
95
32
2017
O
T4,
T451
26
62
10
40
n/a
n/a
45
105
18
38
2024
O
T3
T4, T351
27
70
68
11
50
47
20
18
20
47
120
120
18
41
41
3003
O
H14
H18
16
22
29
6
21
27
30
8
4
28
40
55
11
14
16
4032
T6
55
46
n/a
120
38
5052
O
H32
H38
28
33
42
13
28
37
25
12
7
47
60
77
18
20
24
6013
T8
65
62
11
130
36
6020
T8
44
42
15
100
n/a
6061
O
T6,
T651
18
45
45
8
40
40
25
12
12
30
95
95
12
30
30
6063
O
T5
T83
13
27
37
7
21
35
n/a
12
9
25
60
82
10
17
22
6262
T9
58
55
n/a
120
35
7068
T6511
103
99
9
190
53
7075
O
T6
T651
33
83
83
15
73
73
17
11
11
60
150
150
22
48
48

 

Alloy
Temper
Thermal Conductivity @ 77° F (BTU/ft2/in./hr.)
Electrical Conductivity @ 68° F (% of Intl. Copper Standard)
Electrical Resistivity @ 68° F (Ohm−Cir. Mil/ft.)
Nominal Density (lbs./cu. in.)
1100
O
H14
H18
1540
1510
1510
59
57
57
18
18
18
0.098 0.098 0.098
2011
T3
1050
39
27
0.102
2017
O
T4,
T451
1340
930
50
34
21
31
0.101 0.101
2024
O
T3
T4, T351
1340
840
840
50
30
30
21
35
35
0.1
0.1
0.1
3003
O
H14
H18
1340
1100
1070
50
41
40
21
25
26
0.099 0.099 0.099
4032
T6
960
35
30
0.097
5052
O
H32
H38
960
960
960
35
35
35
30
30
30
0.097 0.097 0.097
6013
T8
1140
38
n/a
0.098
6020
T8
1190
46
n/a
0.098
6061
O
T6,
T651
1250
1160
1160

47
43
43

22
24
24
0.098 0.098
0.098
6063
O
T5
T83
1510
1450
1390
58
55
53
18
19
20
0.097 0.097 0.097
6262
T9
1190
44
24
0.098
7068
T6511
n/a
30
n/a
0.103
7075
O
T6
T651
n/a
900
900
n/a
33
33
n/a
31
31
0.101
0.101
0.101