As a detail, "Ferrous" is not a material so it does not make sense to talk about its Young's modulus or any other property.anithangaraj said:How can I get Young's modulus value of Ferrous Tungsten? Is it possible to get it from Young's modulus value of Ferrous and Young's modulus value of Tungsten?
Same answer as before.anithangaraj said:Actually I want to measure the stress value of FeW thin film. How can i get it?
anithangaraj said:Somebody says that Combining elements Young's modulus is available in the website. But I can't get it for FeW.
The Young's modulus value of Ferrous Tungsten is approximately 410 GPa (59,500 psi).
Ferrous Tungsten has a very high Young's modulus value, making it one of the strongest and stiffest materials available. It is comparable to other high-strength materials such as titanium and steel.
The Young's modulus value of Ferrous Tungsten is primarily affected by its chemical composition and microstructure. The amount of tungsten and other alloying elements, as well as the grain size and orientation, can impact its modulus value.
The Young's modulus value of a material is an important measure of its stiffness and resistance to deformation. In the case of Ferrous Tungsten, its high modulus value makes it useful for applications that require strength and rigidity, such as in aerospace and defense industries.
Yes, the Young's modulus value of Ferrous Tungsten can be altered through various heat treatment processes and alloying techniques. However, these changes may also affect other properties of the material such as its strength and ductility.