United States · SAE

6063

SAE AMS QQ A 200 9A:1997 — Aluminum alloy 6063,bar,rod,shapes,tube,and wire,extruded uns a96063

Chemical composition

Element	min	max	Similar	Remarks
Al			Bal	Bal
Cr		0.1
Cu		0.1
Fe		0.35
Mg	0.45	0.9
Mn		0.1
Si	0.2	0.6
Ti		0.1
Total Each		0.05
Total Others		0.15
Zn		0.1

Mechanical properties

Heat treatment / condition	Yield strength	Tensile strength	Elongation
Extruded bars, sections and tubes, rods, wires, Annealed +O, all sizes			18.00
Extruded bars, sections and tubes, rods, wires, Cooled from an elevated temperature shaping process and artificially aged , <= 12	7 mm	7 mm	7 mm
Extruded bars, sections and tubes, rods, wires, Cooled from an elevated temperature shaping process and artificially aged , > 12	7 <= 25	7 <= 25	7 <= 25
Extruded bars, sections and tubes, rods, wires, Cooled from an elevated temperature shaping process and artificially aged +T52, <= 25	4 mm	4 mm	4 mm
Extruded bars, sections and tubes, rods, wires, Cooled from an elevated temperature shaping process and naturally aged , <= 12	7 mm	7 mm	7 mm
Extruded bars, sections and tubes, rods, wires, Cooled from an elevated temperature shaping process and naturally aged , > 12	7 <= 25	7 <= 25	7 <= 25
Extruded bars, sections and tubes, rods, wires, Solution heat treated and artificially aged +T62, <= 3	17 mm	17 mm	17 mm
Extruded bars, sections and tubes, rods, wires, Solution heat treated and artificially aged +T62, > 3	17 <= 25	17 <= 25	17 <= 25
Extruded bars, sections and tubes, rods, wires, Solution heat treated and naturally aged , <= 12	7 mm	7 mm	7 mm
Extruded bars, sections and tubes, rods, wires, Solution heat treated and naturally aged , > 12	7 <= 25	7 <= 25	7 <= 25
Extruded bars, sections and tubes, rods, wires, Solution heat treated and naturally aged +T42, <= 12	7 mm	7 mm	7 mm
Extruded bars, sections and tubes, rods, wires, Solution heat treated and naturally aged +T42, > 12	7 <= 25	7 <= 25	7 <= 25
Extruded bars, sections and tubes, rods, wires, solution heat treated artificially aged, <= 3	17 mm	17 mm	17 mm
Extruded bars, sections and tubes, rods, wires, solution heat treated artificially aged, > 3	17 <= 25	17 <= 25	17 <= 25

Physical properties

Temperature

20.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
69.00				0.03	2.70

25.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
		193.00；209.00；201.00

100.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
	23.40

999.0

Elastic modulus	Mean thermal expansion	Thermal conductivity	Specific heat	Resistivity	Density	Poisson's ratio
69.00				0.03	2.70

Typical physical values

Density	Elastic modulus	Poisson's ratio	Remarks
2.60–2.90	69.00–79.00	0.33	典型性能值: 铝合金。该数值并非来自发行标准，它仅是指标性的，不能用于设计用途。

Fatigue

Condition

1.挤压件。管材; Cooled from an elevated temperature shaping process and naturally aged (T1); Completely reversed; T: 20°C; R.R. Moore rotating beam

Test conditions

Item	Detail
Product	extrusion。 ; Cooled from an elevated temperature shaping process and naturally aged (T1)
Experiment	Completely reversed; T: 20°C
Specimen	R.R. Moore rotating beam

Monotonic

Property	Value
Elastic modulus (GPa)	69.0
Yield strength (MPa)	90.0
Tensile strength (MPa)	150.0
Elongation (%)	20.0

Stress life

No.	Specimen	Cycles
1	R.R. Moore rotating beam	5E8

2.挤压件。管材; Cooled from an elevated temperature shaping process and artificially aged (T5); Completely reversed; T: 20°C; R.R. Moore rotating beam

Test conditions

Item	Detail
Product	extrusion。 ; Cooled from an elevated temperature shaping process and artificially aged (T5)
Experiment	Completely reversed; T: 20°C
Specimen	R.R. Moore rotating beam

Monotonic

Property	Value
Elastic modulus (GPa)	69.0
Yield strength (MPa)	145.0
Tensile strength (MPa)	185.0
Elongation (%)	12.0

Stress life

No.	Specimen	Cycles
1	R.R. Moore rotating beam	5E8

3.挤压件。管材; 固溶热处理和人工时效(T6); Completely reversed; T: 20°C; R.R. Moore rotating beam

Test conditions

Item	Detail
Product	extrusion。 ; +T6
Experiment	Completely reversed; T: 20°C
Specimen	R.R. Moore rotating beam

Monotonic

Property	Value
Elastic modulus (GPa)	69.0
Yield strength (MPa)	215.0
Tensile strength (MPa)	240.0
Elongation (%)	12.0

Stress life

No.	Specimen	Cycles
1	R.R. Moore rotating beam	5E8

4.薄板; 固溶热处理和人工时效(T6); Bending; T: 20°C; R.R. Moore rotating beam

Test conditions

Item	Detail
Product	sheet; +T6
Experiment	Bending; T: 20°C
Specimen	R.R. Moore rotating beam

Monotonic

Property	Value
Elastic modulus (GPa)	12.0
Yield strength (MPa)	213.0
Tensile strength (MPa)	241.0
Elongation (%)	12.0
Hardness (HB)	73.0

Stress life

No.	Specimen	Cycles
1	R.R. Moore rotating beam	5E8

5.Extrusions; Annealed (O) ; Completely reversed bending; R=-1; T: 150°C; Cantilever beam

Test conditions

Item	Detail
Product	Extrusions; Annealed (O)
Experiment	Completely reversed bending; R=-1; T: 150°C
Specimen	Cantilever beam

Stress life

No.	Specimen	Cycles
1	Cantilever beam	5E8

6.Extrusions; Annealed (O) ; Completely reversed bending; R=-1; T: 20°C; Cantilever beam

Test conditions

Item	Detail
Product	Extrusions; Annealed (O)
Experiment	Completely reversed bending; R=-1; T: 20°C
Specimen	Cantilever beam

Stress life

No.	Specimen	Stress (MPa)	Cycles
1	Cantilever beam		5E8
2	Smooth	R.R. Moore rotating beam
3	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
4	Cantilever beam		5E8
5	Smooth	R.R. Moore rotating beam
6	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
7	Cantilever beam		5E8
8	Smooth	R.R. Moore rotating beam
9	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

7.Extrusions; Annealed (O) ; Completely reversed bending; R=-1; T: 205°C; Cantilever beam

Test conditions

Item	Detail
Product	Extrusions; Annealed (O)
Experiment	Completely reversed bending; R=-1; T: 205°C
Specimen	Cantilever beam

Stress life

No.	Specimen	Cycles
1	Cantilever beam	5E8

8.Extrusions; Annealed (O) ; Completely reversed bending; R=-1; T: 20°C; Smooth, R.R. Moore rotating beam

Test conditions

Item	Detail
Product	Extrusions; Annealed (O)
Experiment	Completely reversed bending; R=-1; T: 20°C
Specimen	Smooth R.R. Moore rotating beam

Stress life

No.	Specimen	Stress (MPa)	Cycles
1	Cantilever beam		5E8
2	Smooth	R.R. Moore rotating beam
3	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
4	Cantilever beam		5E8
5	Smooth	R.R. Moore rotating beam
6	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
7	Cantilever beam		5E8
8	Smooth	R.R. Moore rotating beam
9	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

9.Extrusions; Annealed (O) ; Completely reversed bending; R=-1; T: 20°C; Notched, R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

Test conditions

Item	Detail
Product	Extrusions; Annealed (O)
Experiment	Completely reversed bending; R=-1; T: 20°C
Specimen	Notched R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

Stress life

No.	Specimen	Stress (MPa)	Cycles
1	Cantilever beam		5E8
2	Smooth	R.R. Moore rotating beam
3	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
4	Cantilever beam		5E8
5	Smooth	R.R. Moore rotating beam
6	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
7	Cantilever beam		5E8
8	Smooth	R.R. Moore rotating beam
9	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

10.Extrusions; Cooled from an elevated temperature shaping process and artificially aged (T5); Completely reversed bending; R=-1; T: 150°C; Cantilever beam

Test conditions

Item	Detail
Product	Extrusions; Cooled from an elevated temperature shaping process and artificially aged (T5)
Experiment	Completely reversed bending; R=-1; T: 150°C
Specimen	Cantilever beam

Stress life

No.	Specimen	Cycles
1	Cantilever beam	5E8

11.Extrusions; Cooled from an elevated temperature shaping process and artificially aged (T5); Completely reversed bending; R=-1; T: 20°C; Cantilever beam

Test conditions

Item	Detail
Product	Extrusions; Cooled from an elevated temperature shaping process and artificially aged (T5)
Experiment	Completely reversed bending; R=-1; T: 20°C
Specimen	Cantilever beam

Stress life

No.	Specimen	Stress (MPa)	Cycles
1	Cantilever beam		5E8
2	Smooth	R.R. Moore rotating beam
3	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
4	Cantilever beam		5E8
5	Smooth	R.R. Moore rotating beam
6	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
7	Cantilever beam		5E8
8	Smooth	R.R. Moore rotating beam
9	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

12.Extrusions; Cooled from an elevated temperature shaping process and artificially aged (T5); Completely reversed bending; R=-1; T: 205°C; Cantilever beam

Test conditions

Item	Detail
Product	Extrusions; Cooled from an elevated temperature shaping process and artificially aged (T5)
Experiment	Completely reversed bending; R=-1; T: 205°C
Specimen	Cantilever beam

Stress life

No.	Specimen	Cycles
1	Cantilever beam	5E8

13.Extrusions; Cooled from an elevated temperature shaping process and artificially aged (T5); Completely reversed bending; R=-1; T: 260°C; Cantilever beam

Test conditions

Item	Detail
Product	Extrusions; Cooled from an elevated temperature shaping process and artificially aged (T5)
Experiment	Completely reversed bending; R=-1; T: 260°C
Specimen	Cantilever beam

Stress life

No.	Specimen	Cycles
1	Cantilever beam	5E8

14.Extrusions; Cooled from an elevated temperature shaping process and artificially aged (T5); Completely reversed bending; R=-1; T: 20°C; Smooth, R.R. Moore rotating beam

Test conditions

Item	Detail
Product	Extrusions; Cooled from an elevated temperature shaping process and artificially aged (T5)
Experiment	Completely reversed bending; R=-1; T: 20°C
Specimen	Smooth R.R. Moore rotating beam

Stress life

No.	Specimen	Stress (MPa)	Cycles
1	Cantilever beam		5E8
2	Smooth	R.R. Moore rotating beam
3	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
4	Cantilever beam		5E8
5	Smooth	R.R. Moore rotating beam
6	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
7	Cantilever beam		5E8
8	Smooth	R.R. Moore rotating beam
9	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

15.Extrusions; Cooled from an elevated temperature shaping process and artificially aged (T5); Completely reversed bending; R=-1; T: 20°C; Notched, R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

Test conditions

Item	Detail
Product	Extrusions; Cooled from an elevated temperature shaping process and artificially aged (T5)
Experiment	Completely reversed bending; R=-1; T: 20°C
Specimen	Notched R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

Stress life

No.	Specimen	Stress (MPa)	Cycles
1	Cantilever beam		5E8
2	Smooth	R.R. Moore rotating beam
3	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
4	Cantilever beam		5E8
5	Smooth	R.R. Moore rotating beam
6	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
7	Cantilever beam		5E8
8	Smooth	R.R. Moore rotating beam
9	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

16.Annealed (O) ; Completely reversed; R=-1; T: 20°C; R.R. Moore rotating beam

Test conditions

Item	Detail
Product	Annealed (O)
Experiment	Completely reversed; R=-1; T: 20°C
Specimen	R.R. Moore rotating beam

Monotonic

Property	Value
Elastic modulus (GPa)	69.0
Yield strength (MPa)	48.0
Tensile strength (MPa)	90.0
Hardness (HB)	25.0

Stress life

No.	Specimen	Cycles
1	R.R. Moore rotating beam	5E8

17.Cooled from an elevated temperature shaping process and naturally aged (T1); Completely reversed; R=-1; T: 20°C; R.R. Moore rotating beam

Test conditions

Item	Detail
Product	Cooled from an elevated temperature shaping process and naturally aged (T1)
Experiment	Completely reversed; R=-1; T: 20°C
Specimen	R.R. Moore rotating beam

Monotonic

Property	Value
Elastic modulus (GPa)	69.0
Yield strength (MPa)	90.0
Tensile strength (MPa)	152.0
Elongation (%)	20.0
Hardness (HB)	42.0

Stress life

No.	Specimen	Cycles
1	R.R. Moore rotating beam	5E8

18.Cooled from an elevated temperature shaping process and artificially aged (T5); Completely reversed; R=-1; T: 20°C; R.R. Moore rotating beam

Test conditions

Item	Detail
Product	Cooled from an elevated temperature shaping process and artificially aged (T5)
Experiment	Completely reversed; R=-1; T: 20°C
Specimen	R.R. Moore rotating beam

Monotonic

Property	Value
Elastic modulus (GPa)	69.0
Yield strength (MPa)	145.0
Tensile strength (MPa)	186.0
Elongation (%)	12.0
Hardness (HB)	60.0

Stress life

No.	Specimen	Cycles
1	R.R. Moore rotating beam	5E8

19.固溶热处理和人工时效(T6); Completely reversed; R=-1; T: 20°C; R.R. Moore rotating beam

Test conditions

Item	Detail
Product	+T6
Experiment	Completely reversed; R=-1; T: 20°C
Specimen	R.R. Moore rotating beam

Monotonic

Property	Value
Elastic modulus (GPa)	69.0
Yield strength (MPa)	213.0
Tensile strength (MPa)	241.0
Elongation (%)	12.0
Hardness (HB)	73.0

Stress life

No.	Specimen	Cycles
1	R.R. Moore rotating beam	5E8

20.Plates; Thickness (mm): 9.525; Solution heat treated and artificially aged (T63); Reversed plate bending; R=-1; T: 20°C; Butt weld 5056 filler, bead-on; 方向: T

Test conditions

Item	Detail
Product	Plates; Thickness (mm): 9.525; Solution heat treated and artificially aged (T63)
Experiment	Reversed plate bending; R=-1; T: 20°C
Specimen	Butt weld 5056 filler bead-on; 方向: T

Stress life

No.	Specimen	Stress (MPa)
1	Butt weld 5056 filler	bead-on; 方向: T

21.薄板; Thickness (mm): 4.7752; Solution heat treated and artificially aged (T63); Reversed plate bending; R=-1; T: 20°C; Butt weld 4043 filler, bead-on; 方向: T

Test conditions

Item	Detail
Product	sheet; Thickness (mm): 4.7752; Solution heat treated and artificially aged (T63)
Experiment	Reversed plate bending; R=-1; T: 20°C
Specimen	Butt weld 4043 filler bead-on; 方向: T

Stress life

No.	Specimen	Stress (MPa)
1	Butt weld 4043 filler	bead-on; 方向: T
2	Butt weld 5056 filler	bead-on; 方向: T
3	Butt weld 4043 filler	bead-on; 方向: T
4	Butt weld 5056 filler	bead-on; 方向: T

22.薄板; Thickness (mm): 4.7752; Solution heat treated and artificially aged (T63); Reversed plate bending; R=-1; T: 20°C; Butt weld 5056 filler, bead-on; 方向: T

Test conditions

Item	Detail
Product	sheet; Thickness (mm): 4.7752; Solution heat treated and artificially aged (T63)
Experiment	Reversed plate bending; R=-1; T: 20°C
Specimen	Butt weld 5056 filler bead-on; 方向: T

Stress life

No.	Specimen	Stress (MPa)
1	Butt weld 4043 filler	bead-on; 方向: T
2	Butt weld 5056 filler	bead-on; 方向: T
3	Butt weld 4043 filler	bead-on; 方向: T
4	Butt weld 5056 filler	bead-on; 方向: T

23.Extrusions; Solution heat treated and naturally aged (T42); Completely reversed bending; R=-1; T: 150°C; Cantilever beam

Test conditions

Item	Detail
Product	Extrusions; Solution heat treated and naturally aged (T42)
Experiment	Completely reversed bending; R=-1; T: 150°C
Specimen	Cantilever beam

Stress life

No.	Specimen	Cycles
1	Cantilever beam	5E8

24.Extrusions; Solution heat treated and naturally aged (T42); Completely reversed bending; R=-1; T: 20°C; Cantilever beam

Test conditions

Item	Detail
Product	Extrusions; Solution heat treated and naturally aged (T42)
Experiment	Completely reversed bending; R=-1; T: 20°C
Specimen	Cantilever beam

Stress life

No.	Specimen	Stress (MPa)	Cycles
1	Cantilever beam		5E8
2	Smooth	R.R. Moore rotating beam
3	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
4	Cantilever beam		5E8
5	Smooth	R.R. Moore rotating beam
6	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
7	Cantilever beam		5E8
8	Smooth	R.R. Moore rotating beam
9	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

25.Extrusions; Solution heat treated and naturally aged (T42); Completely reversed bending; R=-1; T: 205°C; Cantilever beam

Test conditions

Item	Detail
Product	Extrusions; Solution heat treated and naturally aged (T42)
Experiment	Completely reversed bending; R=-1; T: 205°C
Specimen	Cantilever beam

Stress life

No.	Specimen	Cycles
1	Cantilever beam	5E8

26.Extrusions; Solution heat treated and naturally aged (T42); Completely reversed bending; R=-1; T: 260°C; Cantilever beam

Test conditions

Item	Detail
Product	Extrusions; Solution heat treated and naturally aged (T42)
Experiment	Completely reversed bending; R=-1; T: 260°C
Specimen	Cantilever beam

Stress life

No.	Specimen	Cycles
1	Cantilever beam	5E8

27.Extrusions; Solution heat treated and naturally aged (T42); Completely reversed bending; R=-1; T: 20°C; Smooth, R.R. Moore rotating beam

Test conditions

Item	Detail
Product	Extrusions; Solution heat treated and naturally aged (T42)
Experiment	Completely reversed bending; R=-1; T: 20°C
Specimen	Smooth R.R. Moore rotating beam

Stress life

No.	Specimen	Stress (MPa)	Cycles
1	Cantilever beam		5E8
2	Smooth	R.R. Moore rotating beam
3	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
4	Cantilever beam		5E8
5	Smooth	R.R. Moore rotating beam
6	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
7	Cantilever beam		5E8
8	Smooth	R.R. Moore rotating beam
9	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

28.Extrusions; Solution heat treated and naturally aged (T42); Completely reversed bending; R=-1; T: 20°C; Notched, R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

Test conditions

Item	Detail
Product	Extrusions; Solution heat treated and naturally aged (T42)
Experiment	Completely reversed bending; R=-1; T: 20°C
Specimen	Notched R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

Stress life

No.	Specimen	Stress (MPa)	Cycles
1	Cantilever beam		5E8
2	Smooth	R.R. Moore rotating beam
3	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
4	Cantilever beam		5E8
5	Smooth	R.R. Moore rotating beam
6	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
7	Cantilever beam		5E8
8	Smooth	R.R. Moore rotating beam
9	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

29.Extrusions; 固溶热处理和人工时效(T6); Completely reversed bending; R=-1; T: 150°C; Cantilever beam

Test conditions

Item	Detail
Product	Extrusions; +T6
Experiment	Completely reversed bending; R=-1; T: 150°C
Specimen	Cantilever beam

Stress life

No.	Specimen	Cycles
1	Cantilever beam	5E8

30.Extrusions; 固溶热处理和人工时效(T6); Completely reversed bending; R=-1; T: 20°C; Cantilever beam

Test conditions

Item	Detail
Product	Extrusions; +T6
Experiment	Completely reversed bending; R=-1; T: 20°C
Specimen	Cantilever beam

Monotonic

Property	Value
Yield strength (MPa)	215.0
Tensile strength (MPa)	240.0

Stress life

No.	Specimen	Stress (MPa)	Cycles
1	Cantilever beam		5E8
2	Smooth	R.R. Moore rotating beam
3	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
4	Cantilever beam		5E8
5	Smooth	R.R. Moore rotating beam
6	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
7	Cantilever beam		5E8
8	Smooth	R.R. Moore rotating beam
9	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

31.Extrusions; 固溶热处理和人工时效(T6); Completely reversed bending; R=-1; T: 205°C; Cantilever beam

Test conditions

Item	Detail
Product	Extrusions; +T6
Experiment	Completely reversed bending; R=-1; T: 205°C
Specimen	Cantilever beam

Stress life

No.	Specimen	Cycles
1	Cantilever beam	5E8

32.Extrusions; 固溶热处理和人工时效(T6); Completely reversed bending; R=-1; T: 260°C; Cantilever beam

Test conditions

Item	Detail
Product	Extrusions; +T6
Experiment	Completely reversed bending; R=-1; T: 260°C
Specimen	Cantilever beam

Stress life

No.	Specimen	Cycles
1	Cantilever beam	5E8

33.Extrusions; 固溶热处理和人工时效(T6); Completely reversed bending; R=-1; T: 20°C; Smooth, R.R. Moore rotating beam

Test conditions

Item	Detail
Product	Extrusions; +T6
Experiment	Completely reversed bending; R=-1; T: 20°C
Specimen	Smooth R.R. Moore rotating beam

Monotonic

Property	Value
Yield strength (MPa)	215.0
Tensile strength (MPa)	240.0

Stress life

No.	Specimen	Stress (MPa)	Cycles
1	Cantilever beam		5E8
2	Smooth	R.R. Moore rotating beam
3	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
4	Cantilever beam		5E8
5	Smooth	R.R. Moore rotating beam
6	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
7	Cantilever beam		5E8
8	Smooth	R.R. Moore rotating beam
9	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

34.Extrusions; 固溶热处理和人工时效(T6); Completely reversed bending; R=-1; T: 20°C; Notched, R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

Test conditions

Item	Detail
Product	Extrusions; +T6
Experiment	Completely reversed bending; R=-1; T: 20°C
Specimen	Notched R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

Monotonic

Property	Value
Yield strength (MPa)	215.0
Tensile strength (MPa)	240.0

Stress life

No.	Specimen	Stress (MPa)	Cycles
1	Cantilever beam		5E8
2	Smooth	R.R. Moore rotating beam
3	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
4	Cantilever beam		5E8
5	Smooth	R.R. Moore rotating beam
6	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
7	Cantilever beam		5E8
8	Smooth	R.R. Moore rotating beam
9	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

35.Extrusions; Solution heat treated, cold worked and artificially aged (T832); Completely reversed bending; R=-1; T: 20°C; Smooth, R.R. Moore rotating beam

Test conditions

Item	Detail
Product	Extrusions; Solution heat treated cold worked and artificially aged (T832)
Experiment	Completely reversed bending; R=-1; T: 20°C
Specimen	Smooth R.R. Moore rotating beam

Stress life

No.	Specimen	Stress (MPa)
1	Smooth	R.R. Moore rotating beam
2	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
3	Smooth	R.R. Moore rotating beam
4	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

36.Extrusions; Solution heat treated, cold worked and artificially aged (T832); Completely reversed bending; R=-1; T: 20°C; Notched, R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

Test conditions

Item	Detail
Product	Extrusions; Solution heat treated cold worked and artificially aged (T832)
Experiment	Completely reversed bending; R=-1; T: 20°C
Specimen	Notched R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

Stress life

No.	Specimen	Stress (MPa)
1	Smooth	R.R. Moore rotating beam
2	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125
3	Smooth	R.R. Moore rotating beam
4	Notched	R.R. Moore rotating beam; Single 60° sharp V-notch; Deep [mm]: 1.91; Root diameter [mm]: 8.38; Root radius at base of notch [mm]: < 0.0125

37.Extrusions; 固溶热处理和人工时效(T6); Rotating beam; R=-1; T: 20°C; R.R. Moore rotating beam

Test conditions

Item	Detail
Product	Extrusions; +T6
Experiment	Rotating beam; R=-1; T: 20°C
Specimen	R.R. Moore rotating beam

Monotonic

Property	Value
Yield strength (MPa)	215.0
Tensile strength (MPa)	240.0

Stress life

No.	Specimen	Stress (MPa)	Cycles
1	R.R. Moore rotating beam		5E8
2	Notched	R.R. Moore rotating beam; Kt: 12.00
3	R.R. Moore rotating beam		5E8
4	Notched	R.R. Moore rotating beam; Kt: 12.00

38.Extrusions; 固溶热处理和人工时效(T6); Rotating beam; R=-1; T: 20°C; Notched, R.R. Moore rotating beam; Kt: 12.00

Test conditions

Item	Detail
Product	Extrusions; +T6
Experiment	Rotating beam; R=-1; T: 20°C
Specimen	Notched R.R. Moore rotating beam; Kt: 12.00

Monotonic

Property	Value
Yield strength (MPa)	215.0
Tensile strength (MPa)	240.0

Stress life

No.	Specimen	Stress (MPa)	Cycles
1	R.R. Moore rotating beam		5E8
2	Notched	R.R. Moore rotating beam; Kt: 12.00
3	R.R. Moore rotating beam		5E8
4	Notched	R.R. Moore rotating beam; Kt: 12.00

39.Extrusions; Solution heat treated and naturally aged (T42); Rotating beam; R=-1; T: 20°C; R.R. Moore rotating beam

Test conditions

Item	Detail
Product	Extrusions; Solution heat treated and naturally aged (T42)
Experiment	Rotating beam; R=-1; T: 20°C
Specimen	R.R. Moore rotating beam

Stress life

No.	Specimen	Stress (MPa)	Cycles
1	R.R. Moore rotating beam		5E8
2	Notched	R.R. Moore rotating beam; Kt: 12.00
3	R.R. Moore rotating beam		1E8
4	Notched	R.R. Moore rotating beam; Kt: 12.00

40.Extrusions; Solution heat treated and naturally aged (T42); Rotating beam; R=-1; T: 20°C; Notched, R.R. Moore rotating beam; Kt: 12.00

Test conditions

Item	Detail
Product	Extrusions; Solution heat treated and naturally aged (T42)
Experiment	Rotating beam; R=-1; T: 20°C
Specimen	Notched R.R. Moore rotating beam; Kt: 12.00

Stress life

No.	Specimen	Stress (MPa)	Cycles
1	R.R. Moore rotating beam		5E8
2	Notched	R.R. Moore rotating beam; Kt: 12.00
3	R.R. Moore rotating beam		1E8
4	Notched	R.R. Moore rotating beam; Kt: 12.00

41.Annealed (O) ; Completely reversed bending; R=-1; T: 20°C; Smooth, R.R. Moore rotating beam

Test conditions

Item	Detail
Product	Annealed (O)
Experiment	Completely reversed bending; R=-1; T: 20°C
Specimen	Smooth R.R. Moore rotating beam

Monotonic

Property	Value
Elastic modulus (GPa)	68.3
Yield strength (MPa)	48.0
Tensile strength (MPa)	90.0
Poisson's ratio	0.33
Hardness (HB)	25.0

Stress life

No.	Specimen	Stress (MPa)
1	Smooth	R.R. Moore rotating beam

42.Cooled from an elevated temperature shaping process and naturally aged (T1); T: 20°C; R.R. Moore rotating beam

Test conditions

Item	Detail
Product	Cooled from an elevated temperature shaping process and naturally aged (T1)
Experiment	T: 20°C
Specimen	R.R. Moore rotating beam

Monotonic

Property	Value
Elastic modulus (GPa)	68.3
Yield strength (MPa)	90.0
Tensile strength (MPa)	152.0
Elongation (%)	20.0
Poisson's ratio	0.33
Hardness (HB)	42.0

Stress life

No.	Specimen	Cycles
1	R.R. Moore rotating beam	5E8

43.Cooled from an elevated temperature shaping process and artificially aged (T5); Completely reversed bending; R=-1; T: 20°C; R.R. Moore rotating beam, cantilever beam

Test conditions

Item	Detail
Product	Cooled from an elevated temperature shaping process and artificially aged (T5)
Experiment	Completely reversed bending; R=-1; T: 20°C
Specimen	R.R. Moore rotating beam cantilever beam

Monotonic

Property	Value
Elastic modulus (GPa)	68.3
Yield strength (MPa)	145.0
Tensile strength (MPa)	186.0
Elongation (%)	12.0
Poisson's ratio	0.33
Hardness (HB)	60.0

Stress life

No.	Specimen	Stress (MPa)
1	R.R. Moore rotating beam	cantilever beam
2	Smooth	R.R. Moore rotating beam
3	R.R. Moore rotating beam	cantilever beam
4	Smooth	R.R. Moore rotating beam

44.Cooled from an elevated temperature shaping process and artificially aged (T5); Completely reversed bending; R=-1; T: 20°C; Smooth, R.R. Moore rotating beam

Test conditions

Item	Detail
Product	Cooled from an elevated temperature shaping process and artificially aged (T5)
Experiment	Completely reversed bending; R=-1; T: 20°C
Specimen	Smooth R.R. Moore rotating beam

Monotonic

Property	Value
Elastic modulus (GPa)	68.3
Yield strength (MPa)	145.0
Tensile strength (MPa)	186.0
Elongation (%)	12.0
Poisson's ratio	0.33
Hardness (HB)	60.0

Stress life

No.	Specimen	Stress (MPa)
1	R.R. Moore rotating beam	cantilever beam
2	Smooth	R.R. Moore rotating beam
3	R.R. Moore rotating beam	cantilever beam
4	Smooth	R.R. Moore rotating beam

Creep

Condition

1.Annealed (O)

Temperature ℃	Time h	Rp1	Rp0.5	Rp0.2	Rp0.1	CRS
25	0.1h	85.0	85.0	75.0	75.0	85.0
25	1.0h	85.0	85.0	75.0	75.0	85.0
25	10.0h	85.0	85.0	75.0	75.0	85.0
25	100.0h	85.0	85.0	75.0	75.0	85.0
25	1000.0h	85.0	85.0	75.0	75.0	85.0
100	0.1h	75.0	70.0	66.0	62.0	75.0
100	1.0h	75.0	70.0	62.0	59.0	75.0
100	10.0h	70.0	66.0	62.0	55.0	75.0
100	100.0h	70.0	62.0	55.0	52.0	75.0
100	1000.0h	70.0	62.0	55.0	48.0	75.0
150	0.1h	59.0	55.0	48.0	45.0	66.0
150	1.0h	55.0	52.0	48.0	45.0	62.0
150	10.0h	55.0	48.0	45.0	41.0	62.0
150	100.0h	55.0	48.0	45.0	41.0	62.0
150	1000.0h	55.0	48.0	45.0	41.0	62.0
177	0.1h	48.0	45.0	41.0	38.0	59.0
177	1.0h	45.0	45.0	38.0	34.0	55.0
177	10.0h	45.0	41.0	34.0	31.0	52.0
177	100.0h	45.0	41.0	34.0	31.0	52.0
177	1000.0h	45.0	41.0	34.0	31.0	52.0
205	0.1h	41.0	38.0	34.0	31.0	52.0
205	1.0h	34.0	32.0	32.0	28.0	45.0
205	10.0h	32.0	30.0	28.0	26.0	41.0
205	100.0h	30.0	29.0	27.0	24.0	41.0
205	1000.0h	30.0	28.0	26.0	23.0	41.0
230	0.1h	31.0	29.0	26.0	25.0	41.0
230	1.0h	27.0	25.0	22.0	21.0	38.0
230	10.0h	26.0	23.0	21.0		28.0
260	0.1h	26.0				33.0
260	1.0h					29.0

2.Cooled from an elevated temperature shaping process and artificially aged (T5)

Temperature ℃	Time h	Rp1	Rp0.5	Rp0.2	Rp0.1	CRS
25	0.1h	85.0	85.0	75.0	75.0	85.0
25	1.0h	85.0	85.0	75.0	75.0	85.0
25	10.0h	85.0	85.0	75.0	75.0	85.0
25	100.0h	85.0	85.0	75.0	75.0	85.0
25	1000.0h	85.0	85.0	75.0	75.0	85.0
100	0.1h	75.0	70.0	66.0	62.0	75.0
100	1.0h	75.0	70.0	62.0	59.0	75.0
100	10.0h	70.0	66.0	62.0	55.0	75.0
100	100.0h	70.0	62.0	55.0	52.0	75.0
100	1000.0h	70.0	62.0	55.0	48.0	75.0
150	0.1h	59.0	55.0	48.0	45.0	66.0
150	1.0h	55.0	52.0	48.0	45.0	62.0
150	10.0h	55.0	48.0	45.0	41.0	62.0
150	100.0h	55.0	48.0	45.0	41.0	62.0
150	1000.0h	55.0	48.0	45.0	41.0	62.0
177	0.1h	48.0	45.0	41.0	38.0	59.0
177	1.0h	45.0	45.0	38.0	34.0	55.0
177	10.0h	45.0	41.0	34.0	31.0	52.0
177	100.0h	45.0	41.0	34.0	31.0	52.0
177	1000.0h	45.0	41.0	34.0	31.0	52.0
205	0.1h	41.0	38.0	34.0	31.0	52.0
205	1.0h	34.0	32.0	32.0	28.0	45.0
205	10.0h	32.0	30.0	28.0	26.0	41.0
205	100.0h	30.0	29.0	27.0	24.0	41.0
205	1000.0h	30.0	28.0	26.0	23.0	41.0
230	0.1h	31.0	29.0	26.0	25.0	41.0
230	1.0h	27.0	25.0	22.0	21.0	38.0
230	10.0h	26.0	23.0	21.0		28.0
260	0.1h	26.0				33.0
260	1.0h					29.0

3.固溶热处理和人工时效(T6)

Temperature ℃	Time h	Rp1	Rp0.5	Rp0.2	Rp0.1	CRS
25	0.1h	220.0	215.0	205.0	200.0	220.0
25	1.0h	215.0	205.0	200.0	195.0	220.0
25	10.0h	215.0	200.0	195.0	195.0	220.0
25	100.0h	205.0	200.0	195.0	185.0	215.0
25	1000.0h	200.0	195.0	185.0	180.0	205.0
25	10000.0h	195.0	185.0	170.0	165.0	200.0
25	100000.0h	185.0	180.0	165.0	160.0	195.0
100	0.1h	195.0	195.0	185.0	180.0	200.0
100	1.0h	185.0	185.0	180.0	165.0	195.0
100	10.0h	180.0	170.0	165.0	160.0	185.0
100	100.0h	170.0	165.0	160.0	145.0	180.0
100	1000.0h	160.0	150.0	145.0	130.0	165.0
100	10000.0h	145.0	145.0	130.0	115.0	150.0
100	100000.0h	130.0	125.0	110.0	95.0	130.0
150	0.1h	180.0	170.0	165.0	160.0	185.0
150	1.0h	165.0	165.0	160.0	145.0	170.0
150	10.0h	150.0	150.0	145.0	130.0	160.0
150	100.0h	140.0	140.0	130.0	115.0	145.0
150	1000.0h	115.0	115.0	110.0	90.0	125.0
150	10000.0h	90.0	85.0	70.0	55.0	90.0
150	100000.0h	62.0	59.0	48.0	38.0	66.0
177	0.1h	165.0	165.0	160.0	150.0	170.0
177	1.0h	150.0	150.0	145.0	130.0	160.0
177	10.0h	140.0	140.0	130.0	115.0	140.0
177	100.0h	115.0	110.0	105.0	85.0	115.0
177	1000.0h	85.0	75.0	66.0	52.0	85.0
177	10000.0h	55.0	55.0	45.0	34.0	62.0
177	100000.0h	45.0	38.0	31.0		48.0
205	0.1h	150.0	145.0	145.0	140.0	150.0
205	1.0h	140.0	130.0	130.0	115.0	140.0
205	10.0h	110.0	110.0	103.0	90.0	115.0
205	100.0h	75.0	75.0	66.0	52.0	85.0
205	1000.0h	55.0	52.0	41.0	32.0	62.0
205	10000.0h	41.0	34.0	28.0		45.0
205	100000.0h	34.0	26.0			38.0
230	0.1h	125.0	125.0	115.0	110.0	130.0
230	1.0h	110.0	105.0	105.0	95.0	115.0
230	10.0h	75.0	75.0	66.0	55.0	85.0
230	100.0h	52.0	52.0	45.0	34.0	62.0
230	1000.0h	41.0	34.0	28.0		45.0
230	10000.0h	34.0				34.0
260	0.1h	105.0	95.0	90.0	83.0	110.0
260	1.0h	75.0	75.0	70.0	62.0	90.0
260	10.0h	55.0	55.0	45.0	38.0	62.0
260	100.0h	41.0	34.0	28.0		45.0
260	1000.0h	34.0				34.0
315	0.1h	55.0	52.0	48.0	45.0	62.0
315	1.0h	41.0	41.0	34.0	33.0	52.0
315	10.0h	34.0				34.0

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