
Dr. rer. nat. Dirk Petring
c/o Fraunhofer ILT
Steinbachstr. 15
52074 Aachen
Germany
Tel. +49 162 49 162 01
contact@calcut.de
www.calcut.de
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. 159_96b1c5-bc> |
Track record of Dirk Petring and his team at ILT 159_0a38ec-c1> |
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1986 159_b7eaac-ec> |
Establishment of the Cutting Group 159_175a55-25> |
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1987 159_d5d3a8-b1> |
Oxide-free and burr-free laser beam fusion cutting of up to 6 mm stainless steel 159_0f08fd-9d> |
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1988 159_9ec70a-73> |
Theory and practical verification of power balance and absorption distribution 159_7e2ca7-89> |
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1988 159_288f1d-94> |
Schlieren-diagnostic identification of supersonic effects within cut kerfs 159_5d29f1-7d> |
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1989 159_dde523-a5> |
Oxide-free and burr-free laser beam fusion cutting of up to 15 mm stainless steel 159_15f2cd-92> |
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1989 159_b384e8-f3> |
Promotion of the Cutting Group to the Department Cutting 159_6244aa-06> |
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1991 159_ca37d4-5d> |
Laboratory prototype of a laser slitting line with 2 lasers and cutting heads (GEORG) 159_f4c758-19> |
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1991 159_92e429-df> |
Laser slitting of 0.27 mm thick electrical steel with 100 m/min (THYSSEN) 159_1a94e2-df> |
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1991 159_6cf137-5a> |
Laser machining of steel cavities by Lasercaving (MAHO) 159_93883c-e0> |
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1993 159_ae571c-b2> |
Industrial laser beam fusion cutting up to 18mm stainless steel (THYSSEN) 159_5ad6d8-f2> |
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1993 159_d60621-28> |
Completion of CALCut as steady-state 3D-model and simulation of laser cutting 159_b92dd5-53> |
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1993 159_5fb859-68> |
Submission of the doctoral thesis “Application oriented modelling of laser beam cutting for computer aided process optimization“ 159_939d1e-10> |
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1994 159_ee177e-e8> |
Invention of the Autonomous Nozzle 159_ee3e48-20> |
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1995 159_9054a5-55> |
Earning a PhD for his doctoral thesis 159_223aa4-0b> |
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1996 159_64d072-ce> |
Laser beam cutting and welding of steel plates at German shipyard (Blohm+Voss) 159_015ab0-b0> |
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1996 159_1c9b10-e7> |
Laser beam fusion cutting of 40 mm stainless steel plates for the ITER project 159_121d14-7f> |
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1996 159_97f325-f1> |
Invention of laser process closed-loop control by modulation response signals 159_b11037-60> |
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1998 159_fc6693-4e> |
Industrial pilot line of a laser slitting line with 8 lasers and cutting heads (GEORG) 159_f1dad4-c9> |
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1998 159_0d3525-20> |
Expansion of the Department Cutting to the Department Cutting & Joining 159_af29bf-c4> |
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1999 159_87ad19-d9> |
Deep penetration welding of steel with diode laser (DILAS) 159_0f35ad-38> |
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2001 159_3124a2-2e> |
Laser-GMA butt-joint hybrid welding of 15 mm mild steel in a single pass 159_4b42c3-76> |
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2002 159_390035-59> |
Lloyd’s Register Certification laser-GMA hybrid welding stainless steel tubes (RIVIT) 159_251d44-e8> |
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2002 159_ba0352-13> |
Invention closed-loop controlled synchronized modulation of laser-arc hybrid welding 159_be76a1-f0> |
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2006 159_a3cc03-94> |
Industrial implementation of laser combi-head for cutting and welding (LASERFACT) 159_433f12-8d> |
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2008 159_bc3737-bd> |
Explanation of the thermodynamics of the oxidation reaction in laser-oxygen cutting 159_2469fe-0d> |
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2008 159_ebf1a0-f4> |
High-speed cutting 1mm UHS steel with 4 kW fiber laser at 100 m/min (HONDA) 159_856389-eb> |
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2010 159_bece01-59> |
Downsizing of the Department to the Group Macro-Joining & Cutting 159_0686ff-41> |
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2012 159_50b2f9-1f> |
Clarification of peculiarities of the fiber laser cutting process 159_67c256-17> |
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2013 159_607ae3-dd> |
Multi-pass scan strategy to minimize thermal damage in laser cutting of composites 159_f1c270-ee> |
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2017 159_34cb30-01> |
In-situ-visualization of multiple reflections on the cut flank during fiber laser cutting 159_260209-75> |
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2019 159_7ffc7c-c5> |
Invention of the laser cutting whistle 159_58f460-a1> |
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2023 159_6ff2b9-95> |
Optical cutting process control via AI-inferencing with classification accuracy 0.98 159_5b9b31-87> |
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2023 159_e8342d-0f> |
Split-up and handover of the Group Macro-Joining & Cutting in two separate units 159_56a927-9d> |