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Tailored Hybrid Blanks in Steel and Aluminium
Technical Paper
2001-01-3092
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
Thyssen Tailored Hybrid Blanks (THB) are cold-formable combinations of steel and aluminium sheets. They include linear lap joints fabricated by means of a laser-assisted roll bonding technique. The initial development work has meanwhile progressed to the stage where a pilot line is set to start up operation and fabricate hybrid blanks in shapes and sizes required for automotive engineering applications.
The present state of development, a possible spectrum of products, and main process parameters are discussed. Research into the forming behaviour of hybrid blanks is looked at, citing practical examples, added with findings from metallographic analyses and corrosion testing.
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Citation
Pircher, H., Mertens, A., Polzin, R., Segala, A. et al., "Tailored Hybrid Blanks in Steel and Aluminium," SAE Technical Paper 2001-01-3092, 2001, https://doi.org/10.4271/2001-01-3092.Also In
References
- Polzin, M. Poprawe, R. Kawalla, R. Pircher, H. „Transition Joints: New Ways of Design for Aluminium-Steel, Light Weight Body Components” Advanced Technologies & Processes, IBEC '95 124 126
- Jaroni, U. Pircher, H. Stegemann, Th. Nagel, M. „Tailored Blanks in Hybrid Technique Steel - Aluminium” Materials & Body Testing, IBEC '96 114 115
- „Laser-Assisted Plating of Strip”
- „Method and Device of Joining Flat Products to be connected such that they overlap”
- Aristotile R. “Fatigue resistance of spot welded joints for car body construction” ECSC Conv. 7210 KA/406 1985
- Williams N.T. “Dynamic properties of sheet steel welded/bonded structures” ECSC Conv. 7210 KC/830 1987
- Rustia V. Di Nunzio P. “Fatigue resistance of laser welded coated steel joints for automotive applications: comparison with spot welded joints” ECSC Conv. 7210 MB/401 1997 EUR Publication 16631IT