Design and development of precipitate strengthened advanced high strength steel for automotive application

G Jha, S Das, S Sinha, A Lodh, A Haldar - Materials Science and …, 2013 - Elsevier
Materials Science and Engineering: A, 2013Elsevier
Stringent safety and pollution control norms forces the car industry to use higher strength
steels in different components of an automobile. However, high strength steels typically
possess less formability which makes forming operations difficult. Thus developing high
strength steel, with better formability for automotive application, is a challenge for all the
steel companies those are working to solve in different ways. In the present work, a new
approach, from designing of steel composition to finalizing the process parameters, to …
Stringent safety and pollution control norms forces the car industry to use higher strength steels in different components of an automobile. However, high strength steels typically possess less formability which makes forming operations difficult. Thus developing high strength steel, with better formability for automotive application, is a challenge for all the steel companies those are working to solve in different ways. In the present work, a new approach, from designing of steel composition to finalizing the process parameters, to develop high strength steel (minimum 1000MPa UTS) with high elongation (minimum 15%) will be discussed in details. High elongation of this steel is expected to make the forming operation easier without compromising with the strength.
Elsevier
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