The paper reports information in term of simulation settings and output results related to the Industrial benchmark 2015: extrusion benchmark is an event where participants from software houses, industries and academia are requested to simulate an extrusion process case which main experimental data are initially unknown and disclosed only after the submission of simulation results. The industrial benchmark 2015 is focused on the extrusion of a multi-cavities hollow profile with EN AW-6063 aluminum alloy. Thermal field was monitored by means of contactless pyrometers installed on the press and five thermosensors were inserted in key positions in the die. Several extrusion data were continuously acquired including the profile speed, the puller force and the extrusion load. After extrusion the profiles are analyzed in order to determine the position of the seam weld and the microstructure inside the profile cross section after air or water quenching.
Industrial Benchmark 2015: Process Monitoring and Analysis of Hollow EN AW-6063 Extruded Profile / Gamberoni, A.; Donati, L; Reggiani, B.; Haase, M.; Tomesani, L.; Tekkaya, A.E.. - In: MATERIALS TODAY: PROCEEDINGS. - ISSN 2214-7853. - STAMPA. - 2:10(2015), pp. 4714-4725. [10.1016/j.matpr.2015.10.004]
Industrial Benchmark 2015: Process Monitoring and Analysis of Hollow EN AW-6063 Extruded Profile
GAMBERONI, ANDREA;DONATI, LORENZO;REGGIANI, BARBARA;TOMESANI, LUCA;
2015
Abstract
The paper reports information in term of simulation settings and output results related to the Industrial benchmark 2015: extrusion benchmark is an event where participants from software houses, industries and academia are requested to simulate an extrusion process case which main experimental data are initially unknown and disclosed only after the submission of simulation results. The industrial benchmark 2015 is focused on the extrusion of a multi-cavities hollow profile with EN AW-6063 aluminum alloy. Thermal field was monitored by means of contactless pyrometers installed on the press and five thermosensors were inserted in key positions in the die. Several extrusion data were continuously acquired including the profile speed, the puller force and the extrusion load. After extrusion the profiles are analyzed in order to determine the position of the seam weld and the microstructure inside the profile cross section after air or water quenching.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
