Martensite is a very hard and strong phase of steel, formed through the rapid cooling of austenite, which traps carbon in a supersaturated solution. However, it is not ductile; instead, it tends to be brittle due to its high hardness. This brittleness can limit its practical applications, often requiring subsequent heat treatments to improve its toughness. Thus, while martensite is characterized by its hardness and strength, it sacrifices ductility in the process.
yes malleable is very ductile
Some brass alloys are very ductile, provided they are annealed before forming; others not so.
No. Very few ionic compounds are ductile.
This will help you. Phosphorus is not ductile or malleable. For one its a gas. But at room temperature, it hardens. Even when it hardens phosphorus isn't ductile or malleable because it is very brittle.
Steel is very strong and also very malleable. It is used to make car bodies because it is easy to bend and press into shape.
Timber is very strong and can be used for structural building. It is very easy to use and it is very useful.
yes malleable is very ductile
Yes, it is very ductile
because they had big penis and very strong swords, and very strong cannon and very strong ship and very very very
Some brass alloys are very ductile, provided they are annealed before forming; others not so.
No. Very few ionic compounds are ductile.
That it is hard and strong and if you have a cup ofw water to drink it wont tip out. Glass is very sharp and see through but it is a very strong and hard piece of material
very hard you have to be strong
it is very hard,strong and smooth....
No, germanium is very brittle.
Gold is ductile, as it can be hammered into very thin sheets, and be used to guild and decorate, etc.
Copper is a very ductile element that can be drawn into thin wires. It has a bright orange color when in its pure form.