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Meeting MS&T26: Materials Science & Technology
Symposium New Frontiers in Physical Metallurgy of Steels
Presentation Title Driving AHSS Leadership: Tata Steel’s Six‑Month CRDP Development Success
Author(s) AppaRao Chintha, Pravesh Narang, Rahul Kumar Verma, Ravi Ranjan
On-Site Speaker (Planned) AppaRao Chintha
Abstract Scope This talk highlights Tata Steel’s rapid in-house development of CRDP780, CRDP980, and CRDP1180 Advanced High-Strength Steels using the TSK Continuous Annealing Line, completed in under six months. The work reflects agile research, strong process control, and deep metallurgical expertise. A key challenge was optimizing alloy design for seamless processability from casting to annealing, managing complex trade-offs across the value chain. Remarkably, Tata Steel progressed from the first hot annealed coil to a successful AHSS trial in just three months, unmatched by new CAL operators. The insights gained will drive future innovations, including coated Dual Phase and third‑generation steels.

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

Characterization of Cold Spray Deposit on Lightweight Fe-Mn-Al Steel
Cu-Enabled NiAl Precipitation in a Mn-Stabilized Austenitic Steel
Driving AHSS Leadership: Tata Steel’s Six‑Month CRDP Development Success
Effect of Post-Processing Heat Treatment on the Hydrogen-Materials Interactions of Binder-Jet Printed 17-4PH Stainless Steel
Enhanced Cryogenic Impact Toughness in 9 wt% Ni Steel Through QLT Heat Treatment
Extended 12Cr Alloy System for High Temperature Application
Flow-Curve Constitutive Behavior and DIC-Measured Fracture Ductility of Automotive Sheet Steels: Voce Model Superiority and Microstructure-Driven Fracture Strain Ranking in DDQ, DP780, DP980, and TRIP590
Influence of Final Annealing Atmosphere on Surface Microstructure and Core Loss in Non-Oriented Fe-Si Alloy
Novel Heat Treatment Pathways for the Formation of Nano-Bainite and Retained Austenite in High-Al Medium-Mn Steels
Surface Film-Induced Elastic Bending Modulates Core Loss in Non-Oriented Fe-Si alloy
Yield Stress Anisotropy of the Cold-Rolled Pearlitic Steel Sheet with Super High Strength

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