Conveners
Rolling, Forging & Hot Deformation I
- LUIGI CHINAGLIA (FOMAS S.p.a.)
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Norbert ASAMER (BRAUN Maschinenfabrik GmbH)13/10/2026, 14:00Oral Presentation
Large-scale forgings and special alloy products need to be conditioned at various stages of their manufacturing processes, e.g. by cutting the cast or forged material to intermediate or final lengths as required free from heavy burr and surface hardening.
For cutting-off the deformed end pieces, for taking samples to check the material quality but also by removing scale, cracks, or other...
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Mr Andrei Filatov (NLMK DanSteel)13/10/2026, 14:20Oral Presentation
This work presents an investigation of pressure vessel steels P355NL2 and P460NL1 according to EN 10028-3. Heavy plates in the thickness range of 16-50 mm were rolled at NLMK DanSteel for CCS projects using controlled alloying, optimized rolling and heat treatment routes. P355NL2 was supplied in normalized condition (+N) and exhibits a homogeneous ferrite-pearlite microstructure ensuring...
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Dr Martin Wolfgarten (SMS group GmbH)13/10/2026, 14:40Oral Presentation
Radial forging is a pivotal incremental forming process for manufacturing high-performance components with superior mechanical properties, particularly for aerospace applications and semi-finished products in medical engineering. Due to narrow processing temperature windows, strain-rate sensitivity, and stringent requirements regarding microstructural integrity, titanium and nickel-based...
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UDAY SHANKER GOEL (TATA STEEL INDIA)13/10/2026, 15:00Oral Presentation
Understanding and investigating roll failures in the hot mill is a very complicated subject. Post-mortem analysis requires for precision insights and actual data of the rolling mill. It requires deep technical knowledge of the subject of rolls and the rolling process.
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The present papers captures the journey into the investigation of Tata Steel’s Compact Strip Process (CSP) Back Up Roll ( BUR... -
Paixian Fu (Institute of Metal Research, Chinese Academy of Sciences)13/10/2026, 15:20Oral Presentation
The solidification of a 100 ton hollow steel ingot was simulated. In this approach the heat transferring into the core was extracted by a flow of fluid consisting of a mixture of liquid nitrogen and air. The heat transfer between the core and the casting was studied and found to depend on the engineering design of the core, the proportion of gases in the mixture, and the rate of flow. A...
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