Density of all kinds of steel theoretical weight c

2022-07-22
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Steel plays a very important role in architecture. It is precisely because the density and materials of different steels are different that the scope of application in decoration buildings is also different. In actual production, steel often contains different alloy elements according to different uses, so its application is also different. Therefore, for steel, density is the key. For those who seldom touch building materials, they may not have much concept about the density of steel. What is the density of steel? Let me introduce it to you today

steel plays a very important role in architecture. It is precisely because the density and materials of different steels are different that the scope of application in decoration buildings is also different. In actual production, steel often contains different alloy elements according to different uses, so its application is also different. Therefore, for steel, density is the key. For those who seldom touch building materials, they may not have much concept about the density of steel. What is the density of steel? Let me introduce it to you today

density of various steels:

1 Material name = steel 7.85g/cm3

material density =7.85

2 Material name: grey cast iron (≤ HT200) 7.2g/cm3

material density =7.2

3 Material name = grey cast iron (≥ HT250) 7.35g/cm3

material density =7.35

4 Material name = industrial pure iron 7.87g/cm3

material density =7.87

5 Material name = cast steel 7.8g/cm3

material density =7.8

6 Material name = low carbon steel (containing 0.1% carbon) 7.85g/cm3

material density =7.85

7 Material name = medium carbon steel (containing 0.4% carbon) 7.82g/cm3

material density =7.82

8 Material name = high carbon steel (containing 1% carbon) 7.81g/cm3

material density =7.81

9 Material name = high speed steel (containing tungsten 9%) 8.3g/cm3

material density =8.3

10 Material name = high speed steel (containing 18% tungsten) 8.7g/cm3

material density =8.7

11 Material name = stainless steel (1Cr18Ni9) 7.93g/cm3

material density =7.93

12 Material name = stainless steel (1Cr13) 7.75g/cm3

material density =7.75

13 Material name = stainless steel (1Cr17) 7.70g/cm3

material density =7.7

14 Material name = pure copper (red copper) 8.9g/cm3

material density =8.9

15 Material name = industrial pure aluminum 2.71g/cm3

material density =2.71

16 Material name = zinc copper alloy 7.2g/cm3

material density =7.2

17 Material name = castable aluminum alloy 2.7g/cm3

material density =2.7

18 Material name = aluminum nickel alloy 2.7g/cm3

material density =2.7

19 Material name = nickel copper alloy 8.8g/cm3

material density =8.8

20 Material name = cast zinc 6.86g/cm3

material density =6.86

21 Material name = zinc plate 7.2g/cm3

material density =7.2

22 Material name = lead plate 11.37g/cm3

material density =11.37

theoretical weight calculation formula of steel

the following are several commonly used theoretical weight calculation formulas for reference:

round steel wire rod (kg/m) w= 0.006165 × d× D (d = diameter mm)

deformed steel bar (kg/m) w= 0.00617 × d× D (d= section diameter mm)

square steel (kg/m) w= 0.00785 × a × A (a= side width mm)

flat steel (kg/m) w= 0.00785 × b × D (b= side width mm, d= thickness mm)

hexagonal angle steel (kg/m) w= 0.006798 × s× S (s= distance between opposite sides mm)

hexagonal steel (kg/m) w= 0.006798 × s× S (s= distance between opposite sides mm)

equal leg angle steel (kg/m) w= 0.00785 × [d (2b – d) +0.215 (R2 – 2R 2)]

(b= side width, d= side thickness, r= inner arc radius, r= end arc radius)

unequal angle steel (kg/m) w= 0.00785 × [d (b+b – d) +0.215 (R2 – 2 R 2)]

(b= long side width, b= short side width, d= side thickness, r= inner arc radius, r= end arc radius)

channel steel (kg/m) w=0.00785 × [hd+2t (B – d) +0.349 (R2 – R 2)]

(h= height, b= leg length, d= waist thickness, t= average leg thickness, r= inner arc radius, r= end arc radius)

I-beam (kg/m) w= 0.00785 × [hd+2t (B – d) +0.615 (R2 – R 2)]

(h= height, b= leg length, d= waist thickness, t= average leg thickness, r= inner arc radius, r= end arc radius)

editor's summary: the above is the introduction of the density of all kinds of steel and the calculation formula of steel theoretical weight, hoping to be helpful to you. If you want more information, please continue to follow our website. You can also go to Qijia mall to buy more products you like

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