For the source and detailed information concerning your request, click on the related links section (Answers.com) indicated at the bottom of this answer box.
Examples: stainless steel, zircalloy-4.
SC 3 alloy is a stainless steel material with good corrosion resistance and strength, while DX 1 alloy is a high-strength aluminum alloy with good machinability. SC 3 is more suitable for applications where corrosion resistance is important, while DX 1 is better for applications where weight savings and high strength are key factors.
Steel is a valuable alloy which is used in many applications. The four properties which make it important are rust resistance, low melting point, it is easy to weld, and it is possible to cast it in molds.
Steel is technically an alloy - and as an alloy its composition and density varies greatly. The answer to your question varies greatly depending on which alloy you wish to calculate. Search on-line for "Properties of Alloy Steel __InsertAlloy Designation__" This will help you find the properties of a given steel alloy - let's use AISI 4140 steel alloy which is a VERY common steel alloy used in the production of numerous auto parts, firearms, assembly line machines, etc... A quick search reveals AISI 4140 Steel Alloy to have a density ranging between 7700 kg/m^3 to 8030 kg/m^3. Since you're not trying to find the weight of one full cubic meter, we can do an easy conversion of these units. 100mm x 100mm x 14mm = 0.14 m^3 --- 0.14 Cubic Meters. Now it's just a matter of mathematics. In order to find the weight (mass) of the steel we need to 'cancel' out the unit of cubic meters - multiply 7700 kg/m^3 X 0.14 m^3 - which cancels the cubic meters, and leaves you with a weight (mass) of 1078 kg. That's ONE end of the weight spectrum - now we need to do the same for the 8030 kg/m^3 X 0.14 m^3 = 1124.2 kg. SO, to answer your question - the weight of 1 meter of AISI 4140 Steel will be approximately between 1078 kg and 1124.2 kg. Converted to 'English' measurement that would be somewhere between 2376.58 lbs to 2478.44 lbs. Remember, it all depends upon the density of the whichever steel alloy you wish to calculate, and its respective density.
The density of austenitic steel varies according to the type or grade. For one of the commonly used austenitic steel like Type 304, the density is 8.0g/cm3.
Examples: stainless steel, zircalloy-4.
1)mild steel 2)ripped torsion steel 3)nical alloy steel 4)deformed steel
An alloy is a mixture of metals. Stainless steel is an alloy of iron and chromium. Brass is also an alloy, and so is bronze. Many examples of alloys are found in our everyday lives, and the most common is steel. Use the link below to get more information.
I 'm guessing you mean the 1943 nickel. They are an alloy of 3 different metals; not steel. They are worth about 1.00. Sorry, I can't remember the 3 metals.
SC 3 alloy is a stainless steel material with good corrosion resistance and strength, while DX 1 alloy is a high-strength aluminum alloy with good machinability. SC 3 is more suitable for applications where corrosion resistance is important, while DX 1 is better for applications where weight savings and high strength are key factors.
Mass is an attribute of 3-dimensional objects, not 2-dimensional objects. A square foot of steel, with no thickness, cannot exist. Furthermore, the density of steel, depends on the exact composition of the alloy.
Steel is a valuable alloy which is used in many applications. The four properties which make it important are rust resistance, low melting point, it is easy to weld, and it is possible to cast it in molds.
Steel is technically an alloy - and as an alloy its composition and density varies greatly. The answer to your question varies greatly depending on which alloy you wish to calculate. Search on-line for "Properties of Alloy Steel __InsertAlloy Designation__" This will help you find the properties of a given steel alloy - let's use AISI 4140 steel alloy which is a VERY common steel alloy used in the production of numerous auto parts, firearms, assembly line machines, etc... A quick search reveals AISI 4140 Steel Alloy to have a density ranging between 7700 kg/m^3 to 8030 kg/m^3. Since you're not trying to find the weight of one full cubic meter, we can do an easy conversion of these units. 100mm x 100mm x 14mm = 0.14 m^3 --- 0.14 Cubic Meters. Now it's just a matter of mathematics. In order to find the weight (mass) of the steel we need to 'cancel' out the unit of cubic meters - multiply 7700 kg/m^3 X 0.14 m^3 - which cancels the cubic meters, and leaves you with a weight (mass) of 1078 kg. That's ONE end of the weight spectrum - now we need to do the same for the 8030 kg/m^3 X 0.14 m^3 = 1124.2 kg. SO, to answer your question - the weight of 1 meter of AISI 4140 Steel will be approximately between 1078 kg and 1124.2 kg. Converted to 'English' measurement that would be somewhere between 2376.58 lbs to 2478.44 lbs. Remember, it all depends upon the density of the whichever steel alloy you wish to calculate, and its respective density.
314 stainless steel is an iron alloy containing 23-26 % chromium, 19-22 % nickel, 2 % manganese, 1,5-3 silicon, 0,25 % carbon.
it is a type of steel forging. it is an alloy grade which may also be called 2-1/4Cr 1MO. Details can pulled on ASTM.ORG where you can buy the specfication ASTM A182 for about $40.
it is a type of steel forging. it is an alloy grade which may also be called 2-1/4Cr 1MO. Details can pulled on ASTM.ORG where you can buy the specfication ASTM A182 for about $40.
The density of austenitic steel varies according to the type or grade. For one of the commonly used austenitic steel like Type 304, the density is 8.0g/cm3.