properties of alloys ????
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Answered by
9
Hey mate
Alloy is anmetal combined withh other alloying agent.
Ex:Brass
Properties of alloys are:
1)Strength
2)Hardness
3)Durability
4)Ductility
5)Tensile strength
6)Mallaebility
Hope it helps uhh❤
Alloy is anmetal combined withh other alloying agent.
Ex:Brass
Properties of alloys are:
1)Strength
2)Hardness
3)Durability
4)Ductility
5)Tensile strength
6)Mallaebility
Hope it helps uhh❤
Answered by
4
HOLA FRIEND ❗❗❗❗
HERE'S THE ANSWER ✌
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✅Basic properties and how alloying affects them…✅
✔Melting point. ✔
Mixing two or more metals in the liquid state produces a new material , typically with a lower melting point and often with temperature range for complete melting or solidification to occur.
This property is the basis for many brazing and soldering alloys , where two or more metal are mixed to reduce the melting point and provide a material that flows into different types of joint gaps.
✔Processability✔
In the case of brass, a copper zinc alloy, changing the zinc content change s the crystal structure from face centered cubic to body centered cubic structure, and the BCC material with higher zinc becomes very malleable at elevated temperature, allowing the copper alloy to be forged into complex shapes or extruded into small wires.
✔Strength as in Ultimate Tensile strength and Yield strength.✔
Mixing two or more metals to make an alloy nearly always increase s the strength and hardness of the material.
There are quite a few ways this occurs; as metal mix and solidify they form crystal structures that may be typical of the major constituent, but that added element will find its way into the crystal structure by replacing one of the atoms ( substitutional) in the crystal or snuggling in between others ( interstitial) In either case.
This may distort the crystal resulting in some internal resistance to movement of atoms , which translates to an increase in strength and hardness .
✅✅✅✅✅✅✅✅✅
HERE'S THE ANSWER ✌
⤵⤵⤵⤵⤵⤵⤵
✅Basic properties and how alloying affects them…✅
✔Melting point. ✔
Mixing two or more metals in the liquid state produces a new material , typically with a lower melting point and often with temperature range for complete melting or solidification to occur.
This property is the basis for many brazing and soldering alloys , where two or more metal are mixed to reduce the melting point and provide a material that flows into different types of joint gaps.
✔Processability✔
In the case of brass, a copper zinc alloy, changing the zinc content change s the crystal structure from face centered cubic to body centered cubic structure, and the BCC material with higher zinc becomes very malleable at elevated temperature, allowing the copper alloy to be forged into complex shapes or extruded into small wires.
✔Strength as in Ultimate Tensile strength and Yield strength.✔
Mixing two or more metals to make an alloy nearly always increase s the strength and hardness of the material.
There are quite a few ways this occurs; as metal mix and solidify they form crystal structures that may be typical of the major constituent, but that added element will find its way into the crystal structure by replacing one of the atoms ( substitutional) in the crystal or snuggling in between others ( interstitial) In either case.
This may distort the crystal resulting in some internal resistance to movement of atoms , which translates to an increase in strength and hardness .
✅✅✅✅✅✅✅✅✅
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