How would the microstructure of the eutectoid steel (shown in the previous question) on average differ if slower cooling rates from the austenite region were used and why? / Hoe sou die mikrostruktuur van die eutektoïede staal (getoon in die vorige vraag) gemiddeld verskil indien stadiger afkoeltempos van die austenietgebied gebruik word en hoekom?

Question

How would the microstructure of the eutectoid steel (shown in the previous question) on average differ if  slower cooling rates  from the austenite region were used and why? /  Hoe sou die mikrostruktuur van die eutektoïede staal (getoon in die vorige vraag) gemiddeld verskil indien  stadiger afkoeltempos  van die austenietgebied gebruik word en hoekom?

Accepted Answer

Coarser layers because of more time for diffusion /  Grower lae as gevolg van meer tyd vir diffusie

Answer

Finer layers because of more time for diffusion /  Fyner lae as gevolg van meer tyd vir diffusie

Answer

Finer layers because of less time for diffusion /  Fyner lae as gevolg van minder tyd vir diffusie

Answer

It will form martensite because there is no time for diffusion /  Dit sal martensiet vorm omdat daar nie tyd vir diffusie is nie

Answer

Coarser layers because of less time for diffusion /  Grower lae as gevolg van minder tyd vir diffusie

Crowdly

How would the microstructure of the eutectoid steel (shown in the previous quest...

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