WorksheetsIntro to AMT Short Quiz no. 6 (Midterm Period)
Total questions: 15
Worksheet time: 8mins
Those in which iron is the principal constituent, include steels and cast irons.
Ferrous alloys
Non-ferrous alloys
Aluminum Alloy
all alloys that are not iron based.
Non-ferrous alloys
Ferrous alloys
Aluminum Alloy
alloys that may contain appreciable concentrations of other alloying elements.
Iron-Carbon
Ferrous alloys
Non-ferrous alloys
Highly resistant to corrosion (rusting) in a variety of environments, especially the ambient atmosphere
Stainless Steels
Ferrous alloys
Iron-Carbon
C and Si contents vary between 2.5 and 4.0 wt% and 1.0 and 3.0 wt%, respectively.
Gray Cast Iron
Ductile (or Nodular) Iron
Iron-Carbon
Has mechanical characteristics approaching those of steel.
Gray Cast Iron
Ductile (or Nodular) Iron
Iron-Carbon
Categories of aluminum alloy does not subjected to heat treatment
Non heat treatable
Heat treatable
age hardening
Categories of aluminum alloy which treatments include solution heat treatment, quenching and precipitation or age hardening
Heat treatable
Non heat treatable
age hardening
Identify the effects of alloying element that has excellent corrosion resistance
1xxx Series (Al)
2xxx Series (Al+Cu)
3xxx Series (Al+Mn)
Identify the effects of alloying element that require solution heat treatment to obtain optimum properties.
2xxx Series (Al+Cu)
1xxx Series (Al)
3xxx Series (Al+Mn)
Identify the effects of alloying element which apply Non heat treatable
3xxx Series (Al+Mn)
1xxx Series (Al)
2xxx Series (Al+Cu)
Identify the effects of alloying element which lowering of the melting point without producing brittleness.
4xxx Series (Al+Si)
5xxx Series (Al+Mg)
6xxx Series (Al+Si+Mg)
Identify the effects of alloying element that has good welding characteristics
5xxx Series (Al+Mg)
4xxx Series (Al+Si)
6xxx Series (Al+Si+Mg)
Identify the effects of alloying element that has good form-ability and corrosion resistance with medium strength
6xxx Series (Al+Si+Mg)
4xxx Series (Al+Si)
5xxx Series (Al+Mg)
It is capable of operating at temperatures from sub zero to 600°C
Titanium Alloys
Mg and Mg Alloys
Duralumin (Al-4%Cu)
