The impact behavior of mild steel is significantly influenced by temperature. At lower temperatures, mild steel becomes more brittle, increasing the likelihood of fracture upon impact. Conversely, at higher temperatures, the steel exhibits improved ductility and toughness, allowing it to absorb more energy before failure. This temperature dependence is crucial in applications where materials are exposed to varying environmental conditions.
1550
pls refer to carbon-phase diagram... mild steel will be liquid and welded with temp. of >1300degC
In mild steel there are negligeble alloying elements which has no effect on physical & chemical properties of MS. On the other hand due to alloying elements [ Ni & Cr ] oxidation is avoided.
Mild steel, not copper.
steel is the alloy of iron and carbon , so mild steel is an ferrous alloy
it is the resistance of material to impact(sudden) loading...or..it is the impact energy absorbed per unit area.
heated up to kindling temperature of the mild steel
1550
pls refer to carbon-phase diagram... mild steel will be liquid and welded with temp. of >1300degC
mild steel is heavier
In mild steel there are negligeble alloying elements which has no effect on physical & chemical properties of MS. On the other hand due to alloying elements [ Ni & Cr ] oxidation is avoided.
1600 C
Mild steel pipes must be coated or painted so that it won't corrode. If it did break down, this would mean that not only does the pipe affect the environment, but the material in the pipe as well.
Mild steel, not copper.
Mild steel
No, mild steel is low carbon steel with no other alloys.
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