Mighty Metals
Stunning Ceramics
A Plethora of Polymers
Fabrication Fun
Leprechaun Magic
100

Chromium is added to alloys to prevent corrosion by the formation of this

What is an oxide layer (or passivation)

100
When hydroxyapatite bonded to bone is subjected to a tensile test, the break is most likely to occur here

What is HA or bone 

100

Most polymers are made up of these 2 simple elements

What are H and C

100

If this technique was used on all the glass panes in Squid Games, nobody would have fell to their death

What is tempering

100

This degradable metal is no trick; while still in research and development its natural presence in the body make it an ideal choice

What is Mg

200

This metal wants to get as close to possible to bone, there is no fibrous capsule formation here!

What is titanium

200
Ceramics should not be used in areas of these type of stresses

What is concentrated

200

This type of polymerization reaction yields smaller repeat units and releases something in the process, usually water

What is condensation

200

This technique coalesces particles and reduces pore size

What is sintering

200

Liquidus and solidus may sound like Hogwart spells but are really just components of this graphing system which provides information about composition, usually of metals.

What is a phase diagram

300

Shape memory and superelasticity are traits of this nifty metal

What is Nitinol

300

Hard joint systems like alumina-on-alumina are only possible due to advances in this

What is surface polishing techniques

300

This polymer may be found in your eye, or may be found in your window, but clearly you will know what it is

What is PMMA

300

This technique may produce something that looks like cotton candy, but you best not eat it

What is electrospinning

300
The body tends to form this around inert materials in order to protect itself

What is the fibrous capsule

400

This alloy is really strong and has corrosion resistance but not so much under stress, so it's best to use these mainly in temporary implants.

What is stainless steel

400

Bone is a natural composite of these 2 material classes

What are ceramics and polymers

400

The practice of growing cells on degradable polymer scaffolds to produce material native to the human is body is known as this

What is tissue engineering

400

Salt and freeze-drying techniques are often used to create this type of structure in polymer scaffolds

What are pores

400

Head shoulders knees and toes...knees and ankles are known as this type of joint

What is incongruent

500

This alloy has excellent fatigue and stress corrosion resistance but metal toxicity could be an issue for some

What is cobalt-chromium

500

Cooling rate and ion substitutions can alter this, which can be used to fine tune degradation rates

What is crystallinity

500

This no stick material is great for your blood vessels, and also your cookware

What is Teflon

500

This technique produces strong metal parts with a favorable grain structure by redistributing impurities and reducing inclusions

What is forging

500

It's not magic, but this process can eliminate the immune response of tissue implanted from one host (or even species!) to another

What is decellularization

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