Testing of DISAL D240 and D420 Ceramic Tool Materials with an Interrupted Cut Simulator
This paper presents a solution for ceramic cutting tools availability in interrupted machining. Experiments were performed on a special fixture – the interrupted cut simulator. This fixture was constructed at our Department of Machining and Assembly within the scope of a project by the Czech Science Foundation. The goals of the tests were to contribute to the wider usage of these cutting materials in machining, especially in interrupted machining. Through the centuries, producers of ceramic cutting tools have taken big steps forward. Namely, increasing durability in maintaining high levels of strength and hardness lends an advantage. Some producers of these materials advise cutting inserts for interrupted machining at the present time [1, 2].
Digital Object Identifier (DOI): doi.org/10.5281/zenodo.1075306Procedia APA BibTeX Chicago EndNote Harvard JSON MLA RIS XML ISO 690 PDF Downloads 1243
 R. CEP, "Ceramic Cutting Tool Tests at Interrupted Machining: dissertation thesis (in Czech), " Ostrava, 2005. 101 p.
 R. CEP, "Ceramic Cutting Tools and their Application Areas," in WORKSHOP Faculty of Mechanical Engineering. Ostrava, 2005, pp. 79 + proceedings on CD. ISBN 80-248-0750-95.
 A. CZAN, D. STEKLAC, D. STANCEKOVA, "Tools for High Productive Machining of Bearing materials by Turning (in Slovak)," in Tools 2005. Zlin, 2005.
 J. BRYCHTA, "Machinability Assessment and Cutting Temperature Test," in DOKSEM 2004 - International Ph.D. Conference. Terchova, 2004, pp. 57-61.
 E. D. WHITNEY, CERAMICS CUTTING TOOLS - Materials, Development and Performance, Gainesville Noyes Publications, 1994. 353 p.
 SANDVIK Coromant, Technical Editorial dept., Modern Metal Cutting - A Practical Handbook. Tofters Tryckery AB, Sweden, 1994, 927 s. ISBN 91 - 972290 - 0 - 3.