Steel Grade Equivalents Table

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gangsteel produced and exported DIN 1.0570 and ST 52-3 steel plate as common carbon structural steel. Gangsteel supply DIN17100 ST52-3 ST52-3N Steel plate low alloy and high strength steel plate. DIN 17100 ST52-3 steel plate price and stock supplier.ST 52-3 steel plate is one mainly of Carbon structural steel, ST 52-3 is a type of steel sheet under DIN standard which is used to build ship, bridge, belongs to high strength sheet.
If you have any requirement for ST 52-3 structure steel plate,under DIN17100 standard ST 52-3 steel plate, under DIN17100 standard, please contact us.
1.Steel Grade : ST 52-3 (1.0570)
2. Standard: DIN 17100 steels for general structural purposes
3. Approval By Third Party :ABS, DNV, GL, CCS, LR , RINA, KR, TUV, CE
4. Classification: General structural purposes
5. Product form : super heavy steel plate

st52-3n

The planes of most shear pressure range and most damage are examined because the critical aircraft. Fatigue lives are evaluated by rainflow cycle counting on the shear pressure history and applying the Miner-Palmgren harm rule. Predicted lives are compared with experimental lives obtained on S45C steel.

ST52-3

DIN17100 ST52-3 ST52-3N Steel plate Chemical composition of heat analysis:

DIN

ASTM

EN

JIS

Chemical Composition

C.E.

C

Si

Mn

Cr

Mo

Ni

V

W

S

P

CU

17100

St52-3N

A572-50

10025-2:2004

S355J2+N

G3106

SM490YB

max

0.22

max

0.55

max

1.60

max

0.035

max

0.035

max

0.047

St52-3 steel data sheet – 2, Chemical composition (product analysis) according to DIN 17100 and DIN EN 10025: 1993.

Chemical Composition (product analysis), %, ≤

Country (Region)

Standard

Steel Grade (Steel number)

C

Si

Mn

P

S

N

Cu

Thickness (d) (mm)

Method of deoxidation

Germany

DIN 17100: 1980

St52-3 (1.0570)

0.22

0.60

1.70

0.065

0.065

≤ 30

Fully Killded

0.24

30 <d ≤100

European Union

EN 10025: 1993

S355J2G3 (1.0570)

0.22

0.60

1.70

0.045

0.045

≤ 30

0.24

30 <d ≤100

EN 10025-2: 2004

S355J2 (1.0577)

0.22

0.60

1.70

0.035

0.035

0.60

≤ 30

0.24

30 <d ≤100

St52-3 Steel Properties
Physical Properties

  • Material St 52-3 Density: 7.85 g/cm3
  • Melting point: 1420-1460 °C (2590-2660 °F)

DIN17100 ST52-3 ST52-3N Steel plate mechanical properties steel plate

Thickness (mm)

Yield Strength Reh

min (N / mm2)

Tensile Strength Rm

min (N / mm2)

Elongation A5 min

(%)

Impact Values Charpy-V-Notch Longitudinal

Average from 3 Speimens Thk.

>10<150mm.

3<thk<100

315-355

490-630

max 22

27 Joules at -20 C

St52-3 steel data sheet – 1, Chemical composition (ladle analysis) according to DIN 17100 and DIN EN 10025: 1993.

Chemical Composition (ladle analysis), %, ≤

Country (Region)

Standard

Steel Grade (Steel number)

C

Si

Mn

P

S

N

Cu

Thickness (d) (mm)

Method of deoxidation

Germany

DIN 17100: 1980

St52-3 (1.0570)

0.20

0.55

1.60

0.040

0.040

≤ 30

Fully Killded

0.22

30 <d ≤100

European Union

EN 10025: 1993

S355J2G3 (1.0570)

0.20

0.55

1.60

0.035

0.035

≤ 30

0.22

30 <d ≤100

EN 10025-2: 2004

S355J2 (1.0577)

0.20

0.55

1.60

0.025

0.025

0.55

≤ 30

0.22

30 <d ≤100

DIN17100 ST52-3 EQUIVALENT STEEL GRADES

EN 10025 – 2

EN 10025+A1

?SN

DIN 17100

EN10027-1

EN10027-2

EN10027-1 Grade 

EN10027-2 Grade

 

 

S235JR2

1.0038

S235JRG2

1.0038

11375

RSt 37-2

S235J0

1.0114

S235J0

1.0114

11378

St 37-3U

 

S235J2GR3

1.0116

11378

St 37-3N

S235J2

1.0117

S235J2G4

1.0117

S275JR

1.0044

S275JR

1.0044

11443

St 44-2

S275J0

1.0143

S275J0

1.0143

11445

St 44-3U

 

S275J2GR3

1.0144

11448

St 44-3N

S275J2

1.0145

S275J2G4

1.0145

S355JR

1.0045

S355JR

1.0045

11523

St 52-3

S355J0

1.0553

S355J0

1.0553

11523

St 52-3U

 

S355J2G3

1.057

11503

St 52-3N

S355J2

1.0577

S355J2G4

1.0577

 

Material St 52-3 Datasheet – 3

Yield strength (≥ N/mm2); Thickness (d) mm

Steel (Steel number)

d≤16

16< d ≤40

40< d ≤63

63< d ≤80

80< d ≤100

>100

St52-3

355

345

335

325

315

by agreement

Tensile Strength
Material St 52-3 Datasheet – 4

Tensile strength (≥ N/mm2); Thickness (d) mm

Steel (Steel number)

d<3

3 ≤ d ≤ 100

>100

St 52-3

515-680

490-630

by agreement

Note: 1MPa = 1N/mm2
Elongation
Material St 52-3 Datasheet – 5

Elongation (≥, %); Thickness (d), mm

Steel (Steel number)

0.5 ≤d <1

1≤ d <1,5

1,5≤ d <2

2≤ d <2,5

2,5≤ d <3

St52-3U

14

15

16

17

18

St52-3N

12

13

14

15

16

Elongation (≥, %); Thickness (d), mm

Steel (Steel number)

3 ≤d ≤40

40< d ≤63

63 < d ≤100

>100

St52-3

22

21

20

by agreement

St52-3N

20

19

18

 

1.0570+ar

It is discovered that each parameters can correlate check data inside an acceptable accuracy regardless of which aircraft is used for the critical aircraft. Garud1 (J. Test. Evaluations 1981, 9, 165) reviewed the results of multiaxial fatigue researches proposed as much as 1980 in chronological order and evaluated them. In this paper multiaxial fatigue researches which have been suggested after 1980 were categorized into the 5 viewpoints and some problems which existed in those research had been examined. During these intervals major progresses in multiaxial fatigue analysis are the consideration of anisotropy of supplies and the suggestion of the vitality technique utilizing Mohr’s circles. Additionally, existing equations or parameters have been modified to consider the mean stress, loading path, and so on.

  • The crucial aircraft resulting in Mode I fracture is driven by the principal stress and strain, and the opposite, resulting in Mode II fracture, is pushed by the maximum shear stress and strain.
  • A new low-cycle multiaxial fatigue life prediction methodology based mostly on the idea of an effective shear pressure is proposed.
  • The mode of crack initiation and propagation is determined by materials, temperature, strain range, and stress and pressure histories, but not on the relative magnitude of the digital pressure-energy parameters.
  • Biaxial fatigue knowledge obtained from the literature were analyzed for Type 304 stainless-steel examined at room and elevated temperatures and for SAE 1045 metal tested at room temperature underneath in-section and ninety° out-of-phase loading conditions.

Proportional and nonproportional tension–torsion fatigue tests were performed on LY12CZ aluminum alloy. Two forms of tubular specimens were used, one is smooth and the other is notched.

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A new critical aircraft criterion including the pressure and stress parameters is proposed. It is demonstrated that the proposed criterion gives higher satisfactory results for all of the three checked materials. A new method is proposed for multiaxial fatigue life prediction using correlation parameters based mostly on digital pressure vitality as a measure of fatigue injury on critical planes of fracture.

st52-3n

The experimentally observed fatigue lives of proportional and non-proportional multiaxial strain managed low-cycle fatigue tests from un-notched tubular specimens, have been in contrast with the expected lives of the proposed strategy showing in all instances a great DIN 17100 ST 52-3 agreement. In this paper several multiaxial fatigue criteria are reviewed. The standards are divided into three teams, according to the parameters used to explain the fatigue life or fatigue power of materials.

Among the pressure criteria, the Kandil, Brown and Miller’s criterion has the most effective correlation with the experimental data of the materials employed. The Farahani’s criterion yields essentially the most passable outcome among the many power standards. Its fatigue life correlation for 1045HR metal and 304 stainless-steel fell within components of two and 3, respectively.

The proposed mannequin, which is formulated as a generalised equal pressure, takes under consideration the effect of non-symmetrical loading cycles. The primary benefit of the model relies on the small variety of materials parameters to be recognized. The axial cyclic stress-strain curve, the essential pressure-life curve (Manson-Coffin) and a further life curve obtained beneath zero to rigidity strain controlled axial fatigue tests are enough to allow utility of the proposed criterion in all loading circumstances.

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st52-3n