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Two interstitial free high strength (IFHS) steels of comparable chemistries but processed through batch annealing and continuous annealing routes have been studied. The near absence of FeTiP and presence of a large volume fraction of TiC are considered to be primarily responsible for the sharp {111} texture in the CA steel.
Precipitation and texture formation in two cold rolled and batch-annealed interstitial-free high strength steels have been studied. TiN, Fe(Ti+Nb)P and TiC were the main precipitates observed. A perceptibly higher population of Fe(Ti+Nb)P precipitates in the steel containing a higher amount of P is considered to be primarily responsible for the less intense {111} texture.
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