One aspect of material science and engineering is the
investigation of relationships that exist between the structures
and properties of materials. By structure, we mean how some
internal component(s) of the material is arranged.Ceramics possess certain unique properties that are not present
in other types of materials due to its microstructure. Critically
evaluate and express your opinion on what you think are the
desirable characteristics of ceramics compared to other types of
materials. Justify your arguments by giving examples of...
Material Science
Select one new material being developed for emerging needs of
technology. Describe why this material is suitable for this
application. The reasons must be discussed in terms of the required
properties and the ability to process(make) the material from raw
material. Also discuss why the required properties are possible
based on the atomic structure and bonding
Material Science question
Rank the following elements with regard to how rapidly they will
diffuse into FCC Iron (fastest to slowest). Indicate the diffusion
mechanism for each.
1) Mo
2) C
3) Cr
4) W
Based on material science and diffusion, how is beef marinated?
This question was given by my professor as a way to apply diffusion
to the real world and if you can give me a basic understanding that
would be awesome. Thank you.
Describe the specific properties of the surface of the Moon, and
how they got there. Be specific, using descriptions as though you
were speaking to a friend who doesn't know anything about the
subject.
How material properties, such as glass transition temp,
conductivity, and crystallinity, change with elevating
temperatures! Meanwhile, corrosion is another pressing issue in our
daily life. What are the origin and underlying mechanisms? Why
Metals oxidize so fast!? How do you extrude polymer into thin
fibers for clothes, fences, and fibers? and how do your favorite
sports connect with composite materials?
Macromolecules. How do cells exploit properties of the four
major macromolecules? Describe properties of the four
macromolecular classes and provide examples of how each are
employed in cells.