Mechanical properties for Aluminium alloys are indicated as below:

Elastic Modulus
E -
(106 psi)
Shear Modulus
- G -
(106 psi)
Yield Strength
(103 psi)
10.0
3.75
3.5
11
1100
H12
10.0
3.75
11
14
2014
10.8
4.00
8
22
2014
T6
10.6
4.00
58
66
2014
T62
10.8
4.00
59
67
2017
T4
10.5
3.95
32
55
T3
10.6
4.00
42
64
2024
T4
10.6
4.00
40
62
2025
T6
10.4
3.90
33
52
2124
T851
10.4
4.00
57
66
2219
T62
10.5
4.00
36
54
2618
T61
10.7
4.10
42
55
3003
10.0
3.75
5
14
H18
10.0
3.75
25
27
3003
10.0
3.75
10
17
354
T61
10.6
4.00
36
47
355
T51
10.2
3.80
22
27
355
T6
10.3
3.80
23
37
356
T7
10.3
3.85
21
29
356
T6
10.3
3.85
20
30
10.2
3.80
9.5
25
5052
H32
10.2
3.80
23
31
5056
H38
10.3
3.75
50
60
5056
ANL
10.3
4.00
22
42
6061
T4
10.0
3.80
16
30
T6
10.0
3.80
35
42
6062
10.0
3.75
5
14
6062
T4
10.0
3.75
16
26
6062
T6
10.0
3.75
35
38
T42
10.0
3.75
10
17
6063
T5
10.0
3.75
16
22
6063
T6
10.0
3.75
25
30
6151
T6
10.1
3.85
37
44
T6
10.4
3.90
70
78
A356
T61
10.4
3.90
28
38
D712
T5
10.3
3.80
20
32

Typical Mechanical Properties of Aluminium Alloys with different temper condition. For comparing only, not be used for disign.

TensileYieldElongation (%) for theTensileYieldElongation (%) for the
StrengthStrengthfollowing gauge ranges:StrengthStrengthfollowing gauge ranges:
AlloyTemper(ksi)(ksi)0.010-0.050˝0.051-.125˝(MPa)(MPa)0.25-1.25mm1.26-3.0mm
1100O135303289.634.5306
H121615412110.3103.4412
H141817310124.1117.2310
H16212028144.8137.928
H18242226165.5151.726
1350O124344282.727.63442
H12141251296.582.7512
H14161439110.396.539
H16181638124.1110.338
H19272426186.2165.526
2024O27111820186.275.81820
T370501618482.6344.71618
T468472019468.8324.12019
3003O1663033110.341.43033
H121918911131.0124.1911
H14222137151.7144.837
H16262535179.3172.435
H18292735199.9186.235
3004O26101923179.368.91923
H323125615213.7172.4615
H343529510241.3199.9510
H36383358262.0227.558
H38413646282.7248.246
3005O2082223137.955.22223
H122624513179.3165.5513
H14292849199.9193.149
H16313035213.7206.835
H18373623255.1248.223
5005O1862225124.141.42225
H12201959137.9131.059
H14232247158.6151.747
H16262535179.3172.435
H18292822199.9193.122
H32201789137.9117.289
H34232068158.6137.968
H36262456179.3165.556
H38292734199.9186.234
5050O2182025144.855.22025
H322521913172.4144.8913
H342824510193.1165.5510
H36302647206.8179.347
H38322924220.6199.924
5052O28132021193.189.62021
H323328710227.5193.1710
H34383168262.0213.768
H36403545275.8241.345
H38423734289.6255.134
5056O42222324289.6151.72324
H386050613413.7344.7613
5182O40212125275.8144.82125
H3241222021282.7151.72021
H3448371114330.9255.11114
H365142911351.6289.6911
H38544767372.3324.167
6061O1882526124.155.22526
T435212224241.3144.82224
T645401217310.3275.81217
7075O33151618227.5103.41618
T683731112572.3503.31112

S32304 S31803 S32205 S32750 Mechanical Properties
Mechanical Properties of Stainless Steel
Aluminum Pipes Mechanical Properties
Definition Of Mechanical Properties
Physical Properties of Stainless Steel
Metals listed in order of their properties
Physical Properties of Stainless Steel and Carbon Steel
Mechanical Properties of High Temperature & Corrosion Resistant Alloys

Properties | Tensile Strength | Yield Strength | Typical Yield | Typical Tensile | Yield strength & Yield point | Stainless Steel Tensile Strength | Bend Testing | Compression Testing | Difference Between Yield and Tensile | AISI Steel Yield Tensile | Strength Properties of Metals | Strength of Materials | Stress | Aluminum Mechanical Properties | Tensile Proof Stress Of Metric Bolts and Screws | Tensile Strength of Metric Nuts | Stainless Tensile Of Metric Bolts Screws

Physical Properties Stainless Steel Carbon Steel | Thermoplastics Physical Properties | British Standard Strength of Steel | Shear and Tensile | Elastic Properties Young Modulus | Stength European Standard | Ductility | Young's Modulus | Non-Ferrous Modulus of Elasticity | Steel Bolts Strength | Iron Steel Modulus of Elasticity | Thermal Properties | Properties of Thermal | Thread Shear Calculator | Metals Properties | Stainless Steel Physical Properties | Definition Mechanical Properties