AISI 1010 Carbon Steel Annealed Mechanical Properties

AISI 1010 Carbon Steel Annealed Mechanical Properties

Young’s modulus	205	–	215	GPa
Specific stiffness	26.1	–	27.4	MN.m/kg
Yield strength (elastic limit)	172	–	315	MPa
Tensile strength	310	–	430	MPa
Specific strength	21.9	–	40.1	kN.m/kg
Elongation	29	–	45	% strain
Compressive strength	255	–	315	MPa
Flexural modulus	205	–	215	GPa
Flexural strength (modulus of rupture)	255	–	315	MPa
Shear modulus	79	–	84	GPa
Bulk modulus	158	–	175	GPa
Poisson’s ratio	0.285	–	0.295
Shape factor	64
Hardness – Vickers	88	–	128	HV
Hardness – Rockwell B	42			HRB
Elastic stored energy (springs)	75.6	–	220	kJ/m^3
Fatigue strength at 10^7 cycles	203	–	238	MPa
Fatigue strength model (stress range) Parameters: Stress Ratio = -1, Number of Cycles = 1e7cycles	160	–	302	MPa

Impact & fracture properties: AISI 1010 Carbon Steel Annealed

Fracture toughness	43	–	69	MPa.m^0.5
Toughness (G)	9.21	–	21.7	kJ/m^2

Carbon steel, AISI 1010, annealed

Designation

Carbon steel: AISI 1010 (annealed)
Condition	Annealed
UNS number	G10100
US name	SAE J527, ASTM MT 1010, ASTM M1012, ASTM M1010, ASTM 130, ASTM 1012, ASTM 1010, ASME G10120, ASME G10100, ~SAE SAE J526, ~ASTM M1008, ~ASTM G10130, ~AMS 5053
EN name	HS12, ~HS4, ~ERW101, ~DC03, ~DC01
EN number	~1.1207, ~1.1121, ~1.0357, ~1.0347, ~1.0330
ISO name	CC8X, CC8A, CC11X, CC11A, ~HR1, ~CR2, ~CE10
GB (Chinese) name	ML10Al, ML08Al, ~Q215, ~CRB550
JIS (Japanese) name	SGD 2, ~SPCC, ~SGD 1, ~SBC 300

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