Aluminum Alloys - Mechanical Properties | MEPKit Engineering Tools

Aluminum Alloy	Temper	Elastic Modulus E (10⁶ psi)	Shear Modulus G (10⁶ psi)	Yield Strength σy (10³ psi)	Tensile Strength σu (10³ psi)
1100		10	3.75	3.5	11
1100	H12	10	3.75	11	14
2014		10.8	4	8	22
2014	T6	10.6	4	58	66
2014	T62	10.8	4	59	67
2017	T4	10.5	3.95	32	55
2024	T3	10.6	4	42	64
2024	T4	10.6	4	40	62
2025	T6	10.4	3.9	33	52
2124	T851	10.4	4	57	66
2219	T62	10.5	4	36	54
2618	T61	10.7	4.1	42	55
3003		10	3.75	5	14
3003	H18	10	3.75	25	27
3003	H112	10	3.75	10	17
354	T61	10.6	4	36	47
355	T51	10.2	3.8	22	27
355	T6	10.3	3.8	23	37
356	T7	10.3	3.85	21	29
356	T6	10.3	3.85	20	30
5052		10.2	3.8	9.5	25
5052	H32	10.2	3.8	23	31
5056	H38	10.3	3.75	50	60
5056	ANL	10.3	4	22	42
6061	T4	10	3.8	16	30
6061	T6	10	3.8	35	42
6062		10	3.75	5	14
6062	T4	10	3.75	16	26
6062	T6	10	3.75	35	38
6063	T42	10	3.75	10	17
6063	T5	10	3.75	16	22
6063	T6	10	3.75	25	30
6151	T6	10.1	3.85	37	44
7050	T7452	10.85		58	68
7050	T74			60	70
7075	T6	10.4	3.9	70	78
7075	T6			63	73
A356	T61	10.4	3.9	28	38
D712	T5	10.3	3.8	20	32

Aluminum Alloy

Temper

Elastic Modulus E (10⁶ psi)

Shear Modulus G (10⁶ psi)

Yield Strength σy (10³ psi)

Tensile Strength σu (10³ psi)

1100

3.75

3.5

1100

H12

3.75

2014

10.8

2014

10.6

2014

T62

10.8

2017

10.5

3.95

2024

10.6

2024

10.6

2025

10.4

3.9

2124

T851

10.4

2219

T62

10.5

2618

T61

10.7

4.1

3003

3.75

3003

H18

3.75

3003

H112

3.75

354

T61

10.6

355

T51

10.2

3.8

355

10.3

3.8

356

10.3

3.85

356

10.3

3.85

5052

10.2

3.8

9.5

5052

H32

10.2

3.8

5056

H38

10.3

3.75

5056

ANL

10.3

6061

3.8

6061

3.8

6062

3.75

6062

3.75

6062

3.75

6063

T42

3.75

6063

3.75

6063

3.75

6151

10.1

3.85

7050

T7452

10.85

7050

T74

7075

10.4

3.9

7075

A356

T61

10.4

3.9

D712

10.3

3.8

Notes on Units and Tempers

Unit Conversion:

1 psi (lb/in²) = 6,894.8 Pa (N/m²)

Temper Designations:

ANL - Annealing, done after cold working to soften work-hardening alloys
H - Refers to non-heat-treatable alloys that are "cold worked" or "strain hardened"
T1 - Cooled from elevated temperature shaping - naturally aged
T2 - Cooled from elevated temperature shaping - cold worked and naturally aged
T3 - Solution heat-treated - cold worked and naturally aged to stable condition
T4 - Solution heat-treated - naturally aged to stable condition
T5 - Cooled from elevated temperature shaping - artificially aged
T6 - Solution heat-treated - artificially aged
T7 - Solution heat-treated - overaged / stabilized

Aluminum Alloy Categories: Aluminum alloys are divided into wrought and cast categories according to how they are produced. The wrought category includes rolling, extruding, drawing, forging, and other specialized processes. Cast alloys are poured molten into sand (sand casting) or high-strength steel (permanent mold or die casting) molds where they solidify to produce the desired shape.