Super High Strength Steel for automotive applications
Communication avec acte
Auteur
BOMONT-ARZUR, AnneCONFENTE, MarioSCHNEIDER, EmmanuelBOMONT, OlivierBOMONT-ARZUR, Anne 
LESCALIER, ChristopheRésumé
Intensive weight savings and out-sizing programs are developed in automotive industry and lead to increase the mechanical properties of the material of the automotive parts. ArcelorMittal has developed specific steel grades known as Super High Strength Steels which are designed for both high ductility and toughness and fatigue resistance. This paper investigates machinability for a drilling operation using an experimental methodology. One of the materials is a new low bainitic steel grade. Experiments are performed with a coated carbide solid drill. Thrust force and torque measurements, chip morphology analysis, surface quality monitoring and tool wear tests are carried out. Experiments are performed with and without lubricant.
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Article dans une revue avec comité de lecture; ; ; ; ;LESCALIER, Christophe (Inderscience, 2007)
The gain of productivity in machining is generally sought through tools and/or cutting conditions optimization however an increase in productivity is achievable too through the workmaterial optimization. The metallurgical ...
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Communication avec acte; ; ;LESCALIER, Christophe (Technische Universität Darmstadt, 2013)
For many decades ArcelorMittal has been developing solutions to enhance machinability of high strength steels for automotive parts. Many well-known metallurgical solutions create or retain inclusions in the metal and then ...
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Communication avec acte; ; ;LESCALIER, Christophe (H.J. Wieland, 2014)
ArcelorMittal focuses on both mechanical performances and machinability while designing new steel grades. ArcelorMittal has developed specific programs for machinability testing in turning, low and high speed drilling and ...
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Experimental study of Built-Up Layer formation during machining of High Strength free cutting steel Article dans une revue avec comité de lecture; ; ; ;LESCALIER, Christophe (Elsevier, 2016)
Machinability of high-strength steels can be improved without degrading the mechanical properties using metallurgical solutions to create or retain non-metallic inclusions. Such a metallurgical treatment usually leads, ...
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Communication avec acte; ;LESCALIER, Christophe (ENIM Editions, 2010)
This paper focuses on machinability especially in drilling. It is usually estimated experimentally based on thrust force and torque measurements, chip morphology analysis, surface quality and tool wear tests. A specific ...