Božidar 1929.-2020.:
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| Beschreibung: | Naklada 200. - Bibliografie B. Liščić Seite 33-46 |
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| ISBN: | 9789533474250 |
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Datensatz im Suchindex
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SADRŽAJ KOMEMORATIVNI ESEJI Akademik Ignac Lovrek AKADEMIK BOŽIDAR LIŠČIĆ, ČLAN RAZREDA ZA TEHNIČKE ZNANOSTI. 9 Prof. dr. sc. Dubravko Majetié AKADEMIK BOŽIDAR LIŠČIĆ, RAD NA FAKULTETU STROJARSTVA I BRODOGRADNJE SVEUČILIŠTA U ZAGREBU. 13 Prof. emer. dr. sc. Tomislav Filetin SJEĆANJA VEZANA UZ DUGOGODIŠNJU SURADNJU S AKADEMIKOM LIŠČIĆEM. 21 OBITUARY BOŽIDAR LIŠČIĆ (International Federation for Heat Treatment and Surface Engineering, Bulletin 2020/02). 27 PRILOZI BIBLIOGRAFIJA AKADEMIKA BOŽIDARA LIŠČIĆA. 31
BIBLIOGRAFIJA AKADEMIKA BOŽIDARA LIŠČIĆA
UREDNIČKE KNJIGE 1. Academician Božidar Liščić: Reprint of Selected Publications, Croatian So ciety for Heat Treatment and Quenching Research Centre, January 2019. 2. Quenching Theory and Technology, Second Ed., Liščić В., Tensi H.Μ., Canale L.C.F., Totten G.E (Eds.), Boca Raton, SAD, CRC Press/Taylor Շ Francis Group, 2010. 3. Proceedings of the 7th Seminar of the International Federation for Heat Treatment and Surface Engineering (IFHTSE 2001) “Integration of heat treatment and surface engineering in the manufacture of engineering components”, Liščić В., Matijevič В. (Eds.) Zagreb, Croatian Society for Heat Treatment and Surface Engineering, 2000. 4. B. Liščić, H.M. Tensi, W. Luty (Eds.): Theory and Technology of Quenching, Springer Verlag, 1992. POGLAVLJA U KNJIZI 1. Liščić Božidar, Hadžič Neven, Gorič Većeslav, Kozmar Hrvoje, Tomič Marko: Pučinską vjetroelektrana u Jadranskom moru - mogućnosti za hrvatsko gospodarstvo, Hrvatska prirodna bogatstva, Neidhart Velimir, Zelić Mirko, Zrnić Aco, Muhek Ranko (ur.), Zagreb, Hrvatska akademi ja znanosti i umjetnosti, 2016, 27-44. 2. Liščić Božidar, Singer Saša: Calculation of the heat transfer coefficient based on experiments by the Liscic probes, Thermal engineering of steel alloy systems, Vol. 12, Comprehensive Materials processing, Krauss G. (Ed.), New York, Elsevier Science, 2014, 123-176 3. Liščić Božidar, Singer Saša: Large probes for characterization of indus trial quenching processes, Steel heat treating fundamentals and process es, Dossett J. L., Totten G.E. (Ed.), Materials Park, ASM International, 2013, 176-191. 4.
Liščić Božidar: Hardenability, Steel Heat Treatment - Metallurgy and Technologies, Totten, G.E. (Ed.), New York, CRC Press, 2007, 213-276. 5. Liščić Božidar: Steel Heat Treatment, Steel Heat Treatment - Metallurgy and Technologies, Totten G.E. (Ed.), New York, CRC Press, 2007,277-414. 33
6. Liščić Božidar, Tensi M.H., Totten E.G., Webster M.G.: Non-Lubricating Process Fluids: Steel Quenching technology, Fuels and Lubricants Handbook, Technology, Properties, Performance, and Testing, Totten E.G, (Ed.), West Conshohocken, PA-USA, ASTM International, 2003, 587-634. 7. Liščić Božidar: Hardenability, Steel Heat Treatment Handbook, Toten, G. E., Howes, M.A.H. (Eds.), New York, Marcel Dekker, 1997, 93-156. 8. B. Liščić: Suvremene tehnologije materijala i modificiranja površina, 69-83, Materijali u strojarstvu - Tendencije razvoja i primjene, Filetin Tomislav, Kovačiček Franjo (ur.), Zagreb,. Hrvatsko društvo za materijale i tribologiju, 1993. 9. B. Liščić: Quench Intensity, ASM Handbook Vol.4 - Heat Treating (Metals Handbook), ASM International Handbook Committee, 1991. 10. H.-J. Eckstein (Ed.): Technologie der Wärmebehandlung von Stahl, 2. Auflage VEB Deutscher Verlag für Grundstoffindustrie, Leipzig, 1987. UDŽBENICI I SKRIPTA B. Liščić Božidar, Stupnišek Mladen, Cajner Franjo, Filetin Tomislav: Top linska obrada-Praktikum, Zagreb, Sveučilište u Zagrebu, Fakultet stro jarstva i brodogradnje, 1992. IZVORNI ZNANSTVENI I PREGLEDNI RADOVI U CC ČASOPISIMA L Landek Darko, Liščić Božidar, Filetin Tomislav, Luebben Thomas: Endquench hardenability test for gas quenched steels, Strojarstvo 53(2011)1, 33-37. 2. Liščić Božidar, Totten George E.: Benefits of Delayed Quenching, Ad vanced Materials Processes, 152(1997)3, 180-184. 3. Liščić Božidar, Filetin Tomislav: Primjena elektroničnoga računala pri izboru čelika za poboljšavanje, Strojarstvo 21(1979)3-4, 171-175. 4.
Filetin Tomislav, Liščić Božidar: Ispitivanje prokaljivosti čelika za cementaciju, Strojarstvo 18(1976)4, 197-200. 34
ZNANSTVENI RADOVI U ČASOPISIMA REFERIRANIM U DRUGIM SVJETSKIM BAZAMA PODATAKA 1. N. Kobasko, B. Liscic: Liscic/Petrofer probe to investigate real industrial hardening processes and some fundamentals during quenching of steel parts in liquid media, „EUREKA: Physics and Engineering“, (2017), Number 6, 48-56 2. Matijevič Bozidar, Liscic Bozidar, Totten George E., Canale Lauralice de C. F. Comparative Measurement and Evaluation of the Quenching Intensity of Palm Oil, Canola Oil and a Conventional Petroleum Oil Quenchant Based on Temperature Gradient Measurements, Materials Performance and Characterization 6(2017)5, 757-776 3. Líščie Božidar, Smoljan Božo: Evaluation of the Hardening Capacity of Low-Alloyed Steels Quenched by HPGQ in Vacuum Furnaces, Materials Science Forum Vol. 879, pp 1807-1812, Thermec’2016 - Inter. Conf, on Processing Manufacturing of Advanced Materials, May 29-June 03, 2016, Graz, Austria 4. Liščić Božidar: Hardenability testing of steels when gas quenching is ap plied, International Heat Treatment and Surface Engineering, 2014, Vol 8, No 2, 86-92 5. Liščić Božidar, Filetin Tomislav, Landek Darko, Zupan Josip: Current Investigations at Quenching Research Centre, Materials Performance and Characterization 3(2014)4, 3-18. 6. Liščić Božidar, Senjanović Ivo, Čorić Većeslav, Kozmar Hrvoje, Tomié Marko, Hadžič Neven: Offshore Wind Power Plant in the Adriatic Sea, an Opportunity for the Croatian Economy, Transactions on Maritime Science 3(2014)2, 103-110. 7. Liščić Božidar, Filetin Tomislav: Measurement of Quenching Intensity, Calculation of Heat Transfer
Coefficient and Global Database of Liquid Quenchants, Materiálové inžinierstvo 19(2012)2, 52-63. 8. Liščić Božidar: System for Process Analysis and Hardness Prediction When Quenching Axially-Symmetrical Workpieces of any Shape in Liq uid Quenchants, Materials Science Forum 638-642 (2010)3966-3974. 35
9. Liščić Božidar, Singer Saša, Smoljan Božo: Prediction of Quench-Hardness within the Whole Volume of Axially Symmetric Workpieces of any Shape, Journal of ASTM International 7(2010)2, 1-17. 10. Liščić Božidar, Singer Saša, Smoljan Božo: Prediction of Quench-Hardness within the whole Volume of Axially Symmetric Workpieces of any Shape, Strojniški vestnik - Journal of Mechanical Engineering 56(2010)2, 104-114. 11. Landek Darko, Liščić Božidar, Filetin Tomislav, Lübben Thomas, Lisjak Dragutin: Hardenability testing and simulation of gas-quenched steel, Materials and manufacturing processes 24 (2009)7/8, 868-872. 12. Liščić Božidar: Heat Transfer Control During Quenching, Materials and manufacturing processes 24(2009)7-9, 879-886. 13. Liščić Božidar: Possibilities of Heat Transfer Control during Quenching, Materiali in tehnologije. Special Issue (2008)11-12. 14. Liščić Božidar: Gas Quenching with Controllable Heat Extraction, Ma terials Science Forum 539-543 (2007)4663-4668. 15. Liščić Božidar: Controllable heat extraction technology-what it is and what it does, International Journal of Materials and Product Technology 24(2005)1-4, 170-183. 16. Leskovšek Vojteh, Ule Boris, Liščić Božidar: The Influence of Microstruc ture on the Fracture-Toughness of AISI M2 High-Speed Steel, Steel re search 71(2000)8, 310-315. 17. Liščić Božidar: Influence of Heat Transfer Dynamics on Hardness Dis tribution after Quenching, Kovine, zlitine, tehnologije - Metals, alloys, technologies 31(1997)6, 521-528. 18. Filetin Tomislav, Liščić Božidar, Galinec Josip: New Computer-aided Method for
Steel Selection based on Hardenability, Heat Treatment of Metals 3(1996)63-66. 19. Filetin Tomislav, Liščić Božidar, Galinec Josip: Computer-aided Steel Se lection, Advanced Materials Processes 12(1995)36EE-36FF. 20. Filetin Tomislav, Liščić Božidar, Galinec Josip: Mogućnosti izračunavanja Jominy krivulja prokaljivosti, Metalurgija 33(1994)3, 113-118. 36
21. Liščić Božidar, Filetin Tomislav: Primenenie banka dannih po intensivnosti zakalki dija prognoza raspredelenija tverdnosti, Promišlennaja teplotehnika 11(1989)3, 56-64. 22. Liščić Božidar, Filetin Tomislav: Computergestützte Auswahl von Pro zessparametern für die Vergütung von Konstruktionstählen, Härterei Technische Mitt. 43(1988)2,112-117. 23. Liščić Božidar, Filetin Tomislav: Computer-aided evaluation of quench ing intensity and prediction of hardness distribution, Journal of heat treating 5(1988)2,115-124. 24. Liščić Božidar, Filetin Tomislav: Rechnergestüzte Bestimmung der Pro cessparameter für Vergüten von Baustählen, Neue Hütte 33(1988)7, 257266. 25. Liščić Božidar, Filetin Tomislav: Computer-aided Determination of the Process Parameters for Hardening and Tempering Structural Steels, Heat Treatment of Metals 3(1987)62-66. 26. Liščić Božidar, Filetin Tomislav: Microcomputer gestütztes Sonde Eta lon Verfahren zur Messung der realen Abschreckintensität und zur Vor ausbestimmung der Härteverteilung am Rundquerschnitt beim Härten, Härterei Technische Mitt. 41(1986)4, 207-212. 27. Liščić, В.: Der Temperaturgradient auf der Oberfläche als Kenngröße für die reale Abschreckintensität beim Härten, Härterei Technische Mitt. 33(1978)4, 179-191. OSTALI RADOVI OBJAVLJENI U ČASOPISIMA L В. Liščić: Pretpostavke i mogućnosti da morska tehnologija postane jed nim od prioritetnih pravaca razvoja u Republici Hrvatskoj, Radovi s Okruglog stola Morska tehnologija — perspektivno područje za Republiku Hrvatsku, Bilten Razreda za tehničke znanosti HAZU XIV(2014)l,9-14. 2. Wood
Robert, Liščić Božidar: Global on cooling intensities of liquid quenchants, International Heat Treatment and Surface Engineering 5(2011)2, 48-49. 37
ò. Liščić, Božidar: O nekim aktualnostima u temeljnim fizikalnim і inženjerskim istraživanjima - Iz djelatnosti Stalnog odbora za fizikalne i inženjerske znanosti (PESC) Europske znanstvene zaklade (ESF), Bilten Razreda za tehničke znanosti HAZU XI(2010)l,7-37. 4. B. Liščić: Materijali za energetske tehnologije u 21. stoljeću, Bilten Raz reda za tehničke znanosti HAZU IX(2007)2,7-52. 5. Liščić Božidar, Wood Robert: Progress in heat treating demands - Inter national effort, Heat Treating Progress 4(2004)5,49-52. 6. B. Liščić: Postupci obrade laserom, Radovi s okruglog stola: Suvreme ni postupci i proizvodne koncepcije, Bilten Razreda za tehničke znanosti HAZU 11(1999)1,36-44. 7. B. Liščić: Brza izrada prototipa i dijelova, Radovi s okruglog stola: Su vremeni postupci i proizvodne koncepcije, Bilten Razreda za tehničke znanosti HAZU 11(1999)1, 36-44. 8. B. Liščić: Brza izrada prototipa i dijelova (Rapid Prototyping Manu facturing), Bilten Razreda za tehničke znanosti HAZU 11(1999)1, 45-51. 9. B. Liščić: Inženjerstvo površina, Radovi s okruglog stola: Novi materi jali i pripadne tehnologije, Bilten Razreda za tehničke znanosti HAZU 1(1998)1, 30-35. KONGRESNO PRIOPĆENJE (SAŽECI) U OSTALIM ČASOPISIMA Liščić Božidar, Filetin Tomislav, Lübben Thomas, Landek Darko, Lisjak Dra gutin: Prediction of hardness distribution within axially symmetrical workpieces thereupon high pressure gas quenching, 2th Inter. Conf, on heat treatment and surface engineering of tools and dies (ICHT SETD Bled 2008), Extended abstracts u: Materiali in tehnologije 42 (2008), Leskovšek Vojteh (Ed.),
Ljubljana, Institute of Metals and Technology, 151-152. PLENARNA IZLAGANJA 1. Liščić Božidar, Filetin Tomislav: Evaluation of Cooling Intensities of Liq uid Quenchants for the Global Database, Proceedings of the 8th Inter national Conference on Industrial, Slabe Janez Marko (Ed.), Celje, TECOS-Slovenian Tool and Die Development Centre, 2011, 29-36. 38
2. Liščić Božidar: Possibilities of Heat Transfer Control during Quenching, Materiali In Tehnologije - 2nd Inter. Conference on Heat Treatment and Surface Engineering of Tools and Dies, Leskovšek V., Smoljan B., Jaeger H., Jenko Μ. (Eds.), Ljubljana, Institute of Metals and Technology, 2008, 11-12. 3. Liščić, Božidar: Possibilities of Heat Transfer Control during Quenching, Mangalore, National Institute of Technology Karnataka, 2008. OBJAVLJENA POZVANA PREDAVANJA NA SKUPOVIMA 1. Liščić Božidar, Filetin Tomislav: Istraživanja i industrijske primjene tehnologija gašenja u Quenching Research Centre, Heat Treatment and Surface Engineering - European Opportunities for Croatian Economy/ Toplinska obrada i inženjerstvo površina - Europske mogućnosti hrvatsk og gospodarstva, Smoljan, Božo, Iljkić, Dario (ur.), Rijeka, Hrvatsko društvo za toplinsku obradbu i inženjerstvo površina, 2012,1-8. 2. Liščić Božidar, Filetin Tomislav: Measurement of Quenching Intensity, Calculation of Heat Transfer Coefficient, and Global Database of Liquid , Proceedings of the Inter. Conference “Vacuum Heat Treatment and Heat Treatment of Tools”. Jihlava, 2011. 3. Liščić Božidar: Koristenje nekih oblika obnovljive energije - Stanje i perspektive, Zbornik uvodnih izlaganja 5. Međunarodnog znanstvenostručnog skupa o naftnom gospodarstvu, Zagreb, INA, 33-47. 4. Liščić Božidar, Landek Darko: Suvremene nekonvencionalne tehnologije materijala, Zbornik radova s multidisciplinarnog savjetovanja - Materijali i tehnologijski razvoj, Filetin Tomislav (ur.), Zagreb, Akademija tehničkih znanosti Hrvatske, 2002, 24-41.
ZNANSTVENI RADOVI U ZBORNICIMA MEĐUNARODNIH SKUPOVA 1. Liščić Božidar, Matijevič Božidar, Totten Georg, E., Canale Lauralice de C.F.: Comparative measurement and evaluation of the Quenching in tensity of a petroleum quench oil and palm oil based on temperature 39
gradients, Proceedings of the 3th Mediterranean Conference on Heat Treatment and Surface Engineering, Vojteh Leskovšek, Božo Smoljan, Massimo Pellizzari, Bojan Podgornik, Marko Sedlaček (Ed.), Ljubljana, Slovenia, Slovenian Society for Heat Treatment, Institute of Metals and Technology, 2016, 96-106. 2. Landek Darko, Liščić Božidar, Filetin Tomislav, Župan Josip: Selection of Optimal Conditions for Immersion Quenching, Proceedings of Euro pean Conference on Heat Treatment and 21st IFHTSE Congress, Zoch Hans-Werner, Schneider Reinhold, Lübben Thomas (Ed.), Munich, Ar beitsgemeinschaft Warmbehandlung und WerkstofFtechnik e. V. (AWT), 2014, 187-196. 3. Felde Imre, Liščić Božidar, Wood Robert: Liquid Quenchant Database, Proceedings of the 2 Mediterranean Conference New Challenges on Heat Treatment and Surface Engineering, Smoljan B., Matijevič В. (Ed.). Zagreb, Croatian Society for Heat Treatment and Surface Engineering, 2013, 331-338. 4. Liščič Božidar, Filetin Tomislav: Global Database of Cooling Intensities of Liquid Quenchants, Proceedings of the European Conference on Heat Treatment “Quality in Heat Treatment”, Wels, 2011, 40-49. 5. Liščić Božidar, Singer Saša, Beitz Hartmut: Dependence of the Heat Transfer Coefficient at Quenching on Diameter of Cylindrical Workpiec es, Proceedings of the 18th IFHTSE Congress, Rio de Janeiro, 2010, 1-10. 6. Landek Darko, Liščić Božidar, Filetin Tomislav, Lübben Thomas: End -Quench Hardenability Test for Gas Quenched Steels, New Challenges in Heat Treatment and Surface Engineering - Conference in Honour of Prof. B. Liščić, Smoljan, B.,
Matijevič, В. (Eds.). Zagreb, Croatian Society for Heat Treatment and Surface Engineering, 2009, 103-108. 7. Leskovšek Vojteh, Ule Boris, Liščić Božidar: The Influence of Microstruc ture on the Fracture Toughness of Vacuum Heat Treated High-Speed Steel AISI M2, Proceedings of the 12th IFHTSE Congress-2000, 97-103. 8. Liščić В., Dowding К.: Calculation and Measurement of the Workpiece’s Surface Temperature During Quenching, 20th ASM Heat Treating Soci ety Conference Proceedings-2000, 688-695- 40
9. Liščić Božidar: Computer Simulation in Gas Quenching, Int. Conf. Heat Treatment and Surface Engineering of Light Alloys, Lendvai J., Reti T. (Ed.), Budapest, 1999. 197-206. 10. Liščić Božidar, Lübben Th., Hoffmann F, T: Controllable Heat Extrac tion During Gas Quenching Effect on Distortion and Depth of Harden ing, The 3rd Inter. Conference on Quenching and Control of Distortion. Praha, ASM Int., 1999, 72-82. 11. Smoljan Božo, Liščić Božidar: Simulation Experimental Verification of Quenching Steel Workpieces Having Complex Shape, The 3rd Inter. Conference On Quenching and Control of Distortion, Praha, ASM In ternational, 1999. 201-207. 12. Smoljan Božo, Liščić Božidar: Computer Simulation of Quenching of Steel Workpieces with Complex Shape, Int. Conf. - Heat Treatment and Surface Engineering of Light Alloys, Lendvai J., Reti T. (Ed.). Budapest, 1999, 339-342. 13. Liščić Božidar, Liibben T, Hoffmann E, Mayr P.: An analysis of the production and controlled heat extraction during gas quenching, 4th ASM Heat treatment and surface engineering Conference in Europe, Donato Firrao, Eric J. Mittemeijer (Eds.). Florence, AIM-Associazione Italiana di Metallurgia, 1998, 191-200. 14. Totten G.E., Liščić Božidar, Sun Y.H.: Development of Cooling Curve Analysis Standards with Agitation: A Status Report, 4th ASM Heat treat ment and surface engineering Conference in Europe, Donato Firrao, Eric J. Mittemeijer (Eds.). Florence, AIM-Associazione Italiana di Metallur gia, 1998, 171-180. 15. Totten G.E., Liščić B., Sun Y.H., Kobasko N.I., Han SW.: Polymer Quenching Technology: An
Overview, 4th ASM Heat treatment and surface engineering Conference in Europe, Donato Firrao, Eric J. Mitte meijer (Eds.). Florence, AIM-Associazione Italiana di Metallurgia, 1998, 141-150. 16. Liščić Božidar, Svaić Srećko, Filetin Tomislav: Workshop Designed Sys tem for Quenching Intensity Evaluation and Calculation of Heat Trans fer Data, 1st Inter. Conference on Quenching Control of Distortion, Chicago, 1992, 17-26. 41
17. Liščić Božidar, Filetin Tomislav: Anwendung einer eigenen Datenbank für Abschreckintensitäten zur computergestützten Vorausbestimmung von Härteverlaufen oder zur Optimierung von Abschreckbedingungen, 3. Wärmebehandulgstagung Grundlagen und Anwendung moderner Wärmebehandlungstechnologien für Eisenwerkstoffe, Karl-Marx-Stadt, 1988, 58-70. 18. Liščić Božidar, Filetin Tomislav: Computergestützte Auswahl der Ab schreckbedingungen, Proceedings of the 5th Inter. Congress Heat Treat ment of Metals. Budapest, 1986, 1760-1767 19. Liščić Božidar, Filetin Tomislav: Microcomputer-gestütztes Sonde-Etalon-Verfahren zur Messung der realen Abschreckintensität und zur Vor ausbestimmung der Härteverteilung am Rundquerschnitt beim Härten, Proc, of the 4th Inter. Congress on Heat Treatment of Materials. Berlin, 1985, 1266-1283. 20. Liščić В.: Practical Measurement of the Quenching Intensity by the Tem perature Gradient on the Surface of a Special Cylindrical Probe ֊ Proc, of the 18th Inter. Conf. On Heat Treatment of Materials, May 1980, Detroit USA, ASM DRUGI RADOVI U ZBORNICIMA SKUPOVA 1. Božidar Liščić, Božidar Matijevič, George E., Totten, Lauralice de C.F. Canale: Comparative Measurement and Evaluation of the Quenching In tensity of Palm Oil and Canola Oil Based on Temperature Gradients, Pro ceedings of the 5th Asian Conference on Heat Treatment and Surface Engi neering. Beijing, China, Chinese Heat Treatment Society, 2016, 277-283. 2. B. Liščić: Kako realizirati pametnu proizvodnu specijalizaciju za izvozne proizvode velike dodane vrijednosti, Godišnjak Akademije tehničkih
znanosti Hrvatske, (Ur. Zdravko Terze), Zagreb, 2016., 185-201. 3. В. Liščić: Hrvatski znanstvenici i razvoj industrijske proizvodnje u Hrvats koj, Zbornik radova - Prvi kongres hrvatskih znanstvenika iz domovine i inozemstva, Vukovar, 2004. 13-20. 4. Liščić Božidar: History and Perspective of controllable Heat Extraction during Quenching, Heat Treating including Quenching and Control 42
of Distortion - An International Symposium in Honour of Professors B. Liščić and H.M. Tensi, Shrivastava S., Speet F. (Eds.), Ohio, ASM Heat Treating Society, 2001, 59-66. 5. Liščić Božidar: Toplinska obradba alata u vakuumskim pećima, Su vremene tehnologije toplinske obradbe čelika, Hrvatsko društvo za top linsku obradbu i inženjerstvo površina, 1998, 1-27. 6. Liščić Božidar, Filetin Tomislav: Određivanje parametara procesa poboljšavanja pomoću kompjutora, Zbornik radova 4. Jug. simpozija о toplinskoj obradi metala. Zagreb, 1986, 551-567. SAŽETCI U ZBORNICIMA SKUPOVA 1. Filetin Tomislav, Liščić Božidar, Matijevič Božidar: Centar za modeli ranja u toplinskoj obradi metala (QRC) u projektu “Global database on cooling intensities of liquid quenchants”. Zbornik sažetaka 44. stručnoznanstvenog simpozija Maziva 2011. Zagreb, Hrvatski inženjerski savez - Hrvatsko društvo za goriva i maziva, 2011, 52-53. 2. Landek Darko, Filetin Tomislav, Liščić Božidar, Kumić Ivan, Lübben Thomas: Prediction of Properties of Gas-Quenched Work Pieces Based on the Modified Hardenability Test, Proceeding of the 3rd International Con ference on “Heat Treatment and Surface Engineering of Tools and Dies”, Schneider Reinhold S. E (Ed.), Wels, Austrija, ASMET, 2011, 58-58. 3. Liščić Božidar: System for Process Analysis and Hardness Prediction when Quenching Axially-Symmetrical Workpieces of any Shape in Liq uid Quenchants, THERMEC’2009 ֊ Inter. Conf, on Processing Manufacturing of Advanced Materials, 2009, 102-102. POZVANA PREDAVANJA U INOZEMSTVU 1. Computerized Data-bank of Quenching Intensities and
its Application for Prediction ofHardness Distribution upon Quenching, Seminar on quench ing, Ukrainian SSR Academy of Sciences, Kiev 3-8 May, (Ukraine) 1988. 2. Messung der Abschreckintensitä beim Abschreckbad als Grundlage für die Steuerung - IPSEN - Tagung, Düsseldorf (Germany), 23.6.1991. 43
3. State ofthe Art in Quenching— 3rd International Seminar IFHT “Quench ing and Carburizing”, Melbourne (Australia), 2.9.1991. 4. State of the Art of Computer Simulation in Quenching — The 8th Interna tional Congress on Heat Treatment of Materials, Nov. 17-20.1992. Kyoto (Japan). 5. Methods to Evaluate the Quenching Intensity ֊ Workshop on Quenching, organized by the Center for Industrial Heat Treating Processes ֊ Univer sity of Cincinnati, 11-13. Nov. 1992., Detroit, Michigan, USA. 6. Contemporary Heat Treatment in Vacuum Furnaces, Workshop: Develop ment, Testing and Processing of Contemporary Functional Construc tional and Tool Materials, 23.04.1997., Ljubljana (Slovenia). 7. The Influence of Heat Transfer Dynamics on Hardness Distribution at Quenching, 5th Conference on Materials and Technologies, October 1-3. 1997, Portorož (Slovenia). 8. Messung und Berechnung der Abschreckintensität — Neue Entwicklungen in der Abschrecktechnologie — Technische Universität Graz, 5. 05. 1999., Graz (Austria). 9. Computer Simulation in gas Quenching, 7th - International Seminar of IFHT, 1999., Budapest (Hungary). 10. Calculation and Measurement ofthe Workpiece’s Suface Temperature Dur ing Quenching, 20th ASM Heat Treating Society Conference, 9. October 2000., St. Louis, Mo, USA. 11. History and Perspective of Controllable Heat Extraction During Quenching, 21st ASM Heat Treating Society Conference, 6th November 2001. India napolis, IN, USA. 12. Vom unbestimmten Abschrecken in flüssigen Mitteln hin zum geregelten Wärmeentzug beim Gasabschrecken, Härterei-Kolloquium HK - 2006,
Wiesbaden, 11-13 Oktober 2006, Germany (Izlaganje prigodom dodjele ADOLF-MARTENS-MEDALJE) 13. Assessment of Quenching Intensity and the Hardening Power, Workshop on Quenching, Mangalore, Indija, National Institute of Technology Karna taka, 2008. 44
14. Critical Heat Flux Densities and Wetting Kinematics when Quenching in Vapourizable Liquids, Workshop on Quenching, Mangalore, National Institute of Technology Karnataka, 2008. 15. Intensive Quenching Technology, Workshop on Quenching, Mangalore, National Institute of Technology Karnataka, 2008. 16. High Pressure Gas Quenching in Vacuum Furnaces, Workshop on Quench ing, Mangalore, National Institute of Technology Karnataka, 2008. 17. Global Database of Cooling Intensities ofLiquid Quenchants, 19th Congress of IFHTSE, Glasgow, 2011. RAČUNALNI PROGRAMSKI PAKETI I BAZE PODATAKA 1. В. Liščić, D. Zorc, S. Singer, В. Smoljan: Sustav za mjerenje, evaluaciju i izračunavanje karakteristika pri gašenju te za modeliranje raspodjele tvrdoće osno-simetričnih dijelova, Liščić/Petrofer probom, Petrofer GmbH, Njemačka 2013. (računalni programski paket). 2. Liščić Božidar, Svaić Srećko, Šundov Igor, Filetin Tomislav: HEATING - Simulacija ugrijavanja u vakuumu, 1999. (računalni programski paket). 3. Filetin Tomislav, Galinec Josip, Liščić Božidar: NITROEXPERT - Simu lacija parametara nitriranja, 1998. (računalni programski paket). 4. Filetin Tomislav, Galinec Josip, Liščić Božidar: QUENCHEXPERT Simulacija parametara ohlađivanja u plinu, 1997. (računalni programski paket). 5. Filetin Tomislav, Galinec Josip, Liščić Božidar: HARDSEL-Steel selec tion based on hardenability, 1994. (baza podataka i računalni programski paket). 6. Filetin Tomislav, Galinec Josip, Liščić Božidar: QPP-Quenching proper ties prediction, 1992. (baza podataka i računalni programski paket). 7. Liščić Božidar,
Aganović Ibrahim, Zorc Davor, Filetin Tomislav, Jelenković Leo: PARAM-Computer-aided system for simulation of cooling process in vacuum furnaces, 1992. (baza podataka i računalni programski paket). 45
DRUGE VRSTE RADOVA 1. Liščić Božidar, Filetin Tomislav: Čvrstoća i žilavost materijala, 1993. (HTV - audio/video zapis). 2. Liščić Božidar, Filetin Tomislav: Primjena kompjutora u toplinskoj obradi metala, 1987. (HTV - audio/video zapis). 3. Liščić Božidar, Filetin Tomislav: Projekt rekonstrukcije postrojenja top linske obrade u tvornici traktora T. Vinković, 1985. (elaborat). 4. Liščić Božidar, Filetin Tomislav, Cihák Drahouš. Projekt odjeljenja termičke obrade u tvornici FADIS, 1985. (elaborat). PATENTI I REALIZACIJA VLASTITIH OTKRIĆA 1. Metoda gradijenta temperature (Temperature Gradient Method) (1978) prvi puta objavljena u Härterei Technische Mitt. 1978. 2. Liščić/Nanmac proba za mjerenje brzih promjena temperatura pri gašenju — modificirana na osnovi US patenata No.2,829,185. (1958) i No. 4,732,619 (1988) 3. IPSEN-Liščić Flux Sensor, IPSEN Industries International GmbH, Kle ve, Njemačka (1995). 4. Koncept adaptivnog procesa gašenja - Flexible adaptive quenching, Pat ent EP0621344B1, (1999). Autori: В. Edenhofer, В. Liščić I J. Dominik, Vlasnik IPSEN Industries International GmbH, Kleve, Njemačka. 5. Liščić/Petrofer proba za mjerenje temperatura pri gašenju - izrađena u Petrofer GmbH, Njemačka (2013) prema projektu B. Liščića 46 |
| adam_txt |
SADRŽAJ KOMEMORATIVNI ESEJI Akademik Ignac Lovrek AKADEMIK BOŽIDAR LIŠČIĆ, ČLAN RAZREDA ZA TEHNIČKE ZNANOSTI. 9 Prof. dr. sc. Dubravko Majetié AKADEMIK BOŽIDAR LIŠČIĆ, RAD NA FAKULTETU STROJARSTVA I BRODOGRADNJE SVEUČILIŠTA U ZAGREBU. 13 Prof. emer. dr. sc. Tomislav Filetin SJEĆANJA VEZANA UZ DUGOGODIŠNJU SURADNJU S AKADEMIKOM LIŠČIĆEM. 21 OBITUARY BOŽIDAR LIŠČIĆ (International Federation for Heat Treatment and Surface Engineering, Bulletin 2020/02). 27 PRILOZI BIBLIOGRAFIJA AKADEMIKA BOŽIDARA LIŠČIĆA. 31
BIBLIOGRAFIJA AKADEMIKA BOŽIDARA LIŠČIĆA
UREDNIČKE KNJIGE 1. Academician Božidar Liščić: Reprint of Selected Publications, Croatian So ciety for Heat Treatment and Quenching Research Centre, January 2019. 2. Quenching Theory and Technology, Second Ed., Liščić В., Tensi H.Μ., Canale L.C.F., Totten G.E (Eds.), Boca Raton, SAD, CRC Press/Taylor Շ Francis Group, 2010. 3. Proceedings of the 7th Seminar of the International Federation for Heat Treatment and Surface Engineering (IFHTSE 2001) “Integration of heat treatment and surface engineering in the manufacture of engineering components”, Liščić В., Matijevič В. (Eds.) Zagreb, Croatian Society for Heat Treatment and Surface Engineering, 2000. 4. B. Liščić, H.M. Tensi, W. Luty (Eds.): Theory and Technology of Quenching, Springer Verlag, 1992. POGLAVLJA U KNJIZI 1. Liščić Božidar, Hadžič Neven, Gorič Većeslav, Kozmar Hrvoje, Tomič Marko: Pučinską vjetroelektrana u Jadranskom moru - mogućnosti za hrvatsko gospodarstvo, Hrvatska prirodna bogatstva, Neidhart Velimir, Zelić Mirko, Zrnić Aco, Muhek Ranko (ur.), Zagreb, Hrvatska akademi ja znanosti i umjetnosti, 2016, 27-44. 2. Liščić Božidar, Singer Saša: Calculation of the heat transfer coefficient based on experiments by the Liscic probes, Thermal engineering of steel alloy systems, Vol. 12, Comprehensive Materials processing, Krauss G. (Ed.), New York, Elsevier Science, 2014, 123-176 3. Liščić Božidar, Singer Saša: Large probes for characterization of indus trial quenching processes, Steel heat treating fundamentals and process es, Dossett J. L., Totten G.E. (Ed.), Materials Park, ASM International, 2013, 176-191. 4.
Liščić Božidar: Hardenability, Steel Heat Treatment - Metallurgy and Technologies, Totten, G.E. (Ed.), New York, CRC Press, 2007, 213-276. 5. Liščić Božidar: Steel Heat Treatment, Steel Heat Treatment - Metallurgy and Technologies, Totten G.E. (Ed.), New York, CRC Press, 2007,277-414. 33
6. Liščić Božidar, Tensi M.H., Totten E.G., Webster M.G.: Non-Lubricating Process Fluids: Steel Quenching technology, Fuels and Lubricants Handbook, Technology, Properties, Performance, and Testing, Totten E.G, (Ed.), West Conshohocken, PA-USA, ASTM International, 2003, 587-634. 7. Liščić Božidar: Hardenability, Steel Heat Treatment Handbook, Toten, G. E., Howes, M.A.H. (Eds.), New York, Marcel Dekker, 1997, 93-156. 8. B. Liščić: Suvremene tehnologije materijala i modificiranja površina, 69-83, Materijali u strojarstvu - Tendencije razvoja i primjene, Filetin Tomislav, Kovačiček Franjo (ur.), Zagreb,. Hrvatsko društvo za materijale i tribologiju, 1993. 9. B. Liščić: Quench Intensity, ASM Handbook Vol.4 - Heat Treating (Metals Handbook), ASM International Handbook Committee, 1991. 10. H.-J. Eckstein (Ed.): Technologie der Wärmebehandlung von Stahl, 2. Auflage VEB Deutscher Verlag für Grundstoffindustrie, Leipzig, 1987. UDŽBENICI I SKRIPTA B. Liščić Božidar, Stupnišek Mladen, Cajner Franjo, Filetin Tomislav: Top linska obrada-Praktikum, Zagreb, Sveučilište u Zagrebu, Fakultet stro jarstva i brodogradnje, 1992. IZVORNI ZNANSTVENI I PREGLEDNI RADOVI U CC ČASOPISIMA L Landek Darko, Liščić Božidar, Filetin Tomislav, Luebben Thomas: Endquench hardenability test for gas quenched steels, Strojarstvo 53(2011)1, 33-37. 2. Liščić Božidar, Totten George E.: Benefits of Delayed Quenching, Ad vanced Materials Processes, 152(1997)3, 180-184. 3. Liščić Božidar, Filetin Tomislav: Primjena elektroničnoga računala pri izboru čelika za poboljšavanje, Strojarstvo 21(1979)3-4, 171-175. 4.
Filetin Tomislav, Liščić Božidar: Ispitivanje prokaljivosti čelika za cementaciju, Strojarstvo 18(1976)4, 197-200. 34
ZNANSTVENI RADOVI U ČASOPISIMA REFERIRANIM U DRUGIM SVJETSKIM BAZAMA PODATAKA 1. N. Kobasko, B. Liscic: Liscic/Petrofer probe to investigate real industrial hardening processes and some fundamentals during quenching of steel parts in liquid media, „EUREKA: Physics and Engineering“, (2017), Number 6, 48-56 2. Matijevič Bozidar, Liscic Bozidar, Totten George E., Canale Lauralice de C. F. Comparative Measurement and Evaluation of the Quenching Intensity of Palm Oil, Canola Oil and a Conventional Petroleum Oil Quenchant Based on Temperature Gradient Measurements, Materials Performance and Characterization 6(2017)5, 757-776 3. Líščie Božidar, Smoljan Božo: Evaluation of the Hardening Capacity of Low-Alloyed Steels Quenched by HPGQ in Vacuum Furnaces, Materials Science Forum Vol. 879, pp 1807-1812, Thermec’2016 - Inter. Conf, on Processing Manufacturing of Advanced Materials, May 29-June 03, 2016, Graz, Austria 4. Liščić Božidar: Hardenability testing of steels when gas quenching is ap plied, International Heat Treatment and Surface Engineering, 2014, Vol 8, No 2, 86-92 5. Liščić Božidar, Filetin Tomislav, Landek Darko, Zupan Josip: Current Investigations at Quenching Research Centre, Materials Performance and Characterization 3(2014)4, 3-18. 6. Liščić Božidar, Senjanović Ivo, Čorić Većeslav, Kozmar Hrvoje, Tomié Marko, Hadžič Neven: Offshore Wind Power Plant in the Adriatic Sea, an Opportunity for the Croatian Economy, Transactions on Maritime Science 3(2014)2, 103-110. 7. Liščić Božidar, Filetin Tomislav: Measurement of Quenching Intensity, Calculation of Heat Transfer
Coefficient and Global Database of Liquid Quenchants, Materiálové inžinierstvo 19(2012)2, 52-63. 8. Liščić Božidar: System for Process Analysis and Hardness Prediction When Quenching Axially-Symmetrical Workpieces of any Shape in Liq uid Quenchants, Materials Science Forum 638-642 (2010)3966-3974. 35
9. Liščić Božidar, Singer Saša, Smoljan Božo: Prediction of Quench-Hardness within the Whole Volume of Axially Symmetric Workpieces of any Shape, Journal of ASTM International 7(2010)2, 1-17. 10. Liščić Božidar, Singer Saša, Smoljan Božo: Prediction of Quench-Hardness within the whole Volume of Axially Symmetric Workpieces of any Shape, Strojniški vestnik - Journal of Mechanical Engineering 56(2010)2, 104-114. 11. Landek Darko, Liščić Božidar, Filetin Tomislav, Lübben Thomas, Lisjak Dragutin: Hardenability testing and simulation of gas-quenched steel, Materials and manufacturing processes 24 (2009)7/8, 868-872. 12. Liščić Božidar: Heat Transfer Control During Quenching, Materials and manufacturing processes 24(2009)7-9, 879-886. 13. Liščić Božidar: Possibilities of Heat Transfer Control during Quenching, Materiali in tehnologije. Special Issue (2008)11-12. 14. Liščić Božidar: Gas Quenching with Controllable Heat Extraction, Ma terials Science Forum 539-543 (2007)4663-4668. 15. Liščić Božidar: Controllable heat extraction technology-what it is and what it does, International Journal of Materials and Product Technology 24(2005)1-4, 170-183. 16. Leskovšek Vojteh, Ule Boris, Liščić Božidar: The Influence of Microstruc ture on the Fracture-Toughness of AISI M2 High-Speed Steel, Steel re search 71(2000)8, 310-315. 17. Liščić Božidar: Influence of Heat Transfer Dynamics on Hardness Dis tribution after Quenching, Kovine, zlitine, tehnologije - Metals, alloys, technologies 31(1997)6, 521-528. 18. Filetin Tomislav, Liščić Božidar, Galinec Josip: New Computer-aided Method for
Steel Selection based on Hardenability, Heat Treatment of Metals 3(1996)63-66. 19. Filetin Tomislav, Liščić Božidar, Galinec Josip: Computer-aided Steel Se lection, Advanced Materials Processes 12(1995)36EE-36FF. 20. Filetin Tomislav, Liščić Božidar, Galinec Josip: Mogućnosti izračunavanja Jominy krivulja prokaljivosti, Metalurgija 33(1994)3, 113-118. 36
21. Liščić Božidar, Filetin Tomislav: Primenenie banka dannih po intensivnosti zakalki dija prognoza raspredelenija tverdnosti, Promišlennaja teplotehnika 11(1989)3, 56-64. 22. Liščić Božidar, Filetin Tomislav: Computergestützte Auswahl von Pro zessparametern für die Vergütung von Konstruktionstählen, Härterei Technische Mitt. 43(1988)2,112-117. 23. Liščić Božidar, Filetin Tomislav: Computer-aided evaluation of quench ing intensity and prediction of hardness distribution, Journal of heat treating 5(1988)2,115-124. 24. Liščić Božidar, Filetin Tomislav: Rechnergestüzte Bestimmung der Pro cessparameter für Vergüten von Baustählen, Neue Hütte 33(1988)7, 257266. 25. Liščić Božidar, Filetin Tomislav: Computer-aided Determination of the Process Parameters for Hardening and Tempering Structural Steels, Heat Treatment of Metals 3(1987)62-66. 26. Liščić Božidar, Filetin Tomislav: Microcomputer gestütztes Sonde Eta lon Verfahren zur Messung der realen Abschreckintensität und zur Vor ausbestimmung der Härteverteilung am Rundquerschnitt beim Härten, Härterei Technische Mitt. 41(1986)4, 207-212. 27. Liščić, В.: Der Temperaturgradient auf der Oberfläche als Kenngröße für die reale Abschreckintensität beim Härten, Härterei Technische Mitt. 33(1978)4, 179-191. OSTALI RADOVI OBJAVLJENI U ČASOPISIMA L В. Liščić: Pretpostavke i mogućnosti da morska tehnologija postane jed nim od prioritetnih pravaca razvoja u Republici Hrvatskoj, Radovi s Okruglog stola Morska tehnologija — perspektivno područje za Republiku Hrvatsku, Bilten Razreda za tehničke znanosti HAZU XIV(2014)l,9-14. 2. Wood
Robert, Liščić Božidar: Global on cooling intensities of liquid quenchants, International Heat Treatment and Surface Engineering 5(2011)2, 48-49. 37
ò. Liščić, Božidar: O nekim aktualnostima u temeljnim fizikalnim і inženjerskim istraživanjima - Iz djelatnosti Stalnog odbora za fizikalne i inženjerske znanosti (PESC) Europske znanstvene zaklade (ESF), Bilten Razreda za tehničke znanosti HAZU XI(2010)l,7-37. 4. B. Liščić: Materijali za energetske tehnologije u 21. stoljeću, Bilten Raz reda za tehničke znanosti HAZU IX(2007)2,7-52. 5. Liščić Božidar, Wood Robert: Progress in heat treating demands - Inter national effort, Heat Treating Progress 4(2004)5,49-52. 6. B. Liščić: Postupci obrade laserom, Radovi s okruglog stola: Suvreme ni postupci i proizvodne koncepcije, Bilten Razreda za tehničke znanosti HAZU 11(1999)1,36-44. 7. B. Liščić: Brza izrada prototipa i dijelova, Radovi s okruglog stola: Su vremeni postupci i proizvodne koncepcije, Bilten Razreda za tehničke znanosti HAZU 11(1999)1, 36-44. 8. B. Liščić: Brza izrada prototipa i dijelova (Rapid Prototyping Manu facturing), Bilten Razreda za tehničke znanosti HAZU 11(1999)1, 45-51. 9. B. Liščić: Inženjerstvo površina, Radovi s okruglog stola: Novi materi jali i pripadne tehnologije, Bilten Razreda za tehničke znanosti HAZU 1(1998)1, 30-35. KONGRESNO PRIOPĆENJE (SAŽECI) U OSTALIM ČASOPISIMA Liščić Božidar, Filetin Tomislav, Lübben Thomas, Landek Darko, Lisjak Dra gutin: Prediction of hardness distribution within axially symmetrical workpieces thereupon high pressure gas quenching, 2th Inter. Conf, on heat treatment and surface engineering of tools and dies (ICHT SETD Bled 2008), Extended abstracts u: Materiali in tehnologije 42 (2008), Leskovšek Vojteh (Ed.),
Ljubljana, Institute of Metals and Technology, 151-152. PLENARNA IZLAGANJA 1. Liščić Božidar, Filetin Tomislav: Evaluation of Cooling Intensities of Liq uid Quenchants for the Global Database, Proceedings of the 8th Inter national Conference on Industrial, Slabe Janez Marko (Ed.), Celje, TECOS-Slovenian Tool and Die Development Centre, 2011, 29-36. 38
2. Liščić Božidar: Possibilities of Heat Transfer Control during Quenching, Materiali In Tehnologije - 2nd Inter. Conference on Heat Treatment and Surface Engineering of Tools and Dies, Leskovšek V., Smoljan B., Jaeger H., Jenko Μ. (Eds.), Ljubljana, Institute of Metals and Technology, 2008, 11-12. 3. Liščić, Božidar: Possibilities of Heat Transfer Control during Quenching, Mangalore, National Institute of Technology Karnataka, 2008. OBJAVLJENA POZVANA PREDAVANJA NA SKUPOVIMA 1. Liščić Božidar, Filetin Tomislav: Istraživanja i industrijske primjene tehnologija gašenja u Quenching Research Centre, Heat Treatment and Surface Engineering - European Opportunities for Croatian Economy/ Toplinska obrada i inženjerstvo površina - Europske mogućnosti hrvatsk og gospodarstva, Smoljan, Božo, Iljkić, Dario (ur.), Rijeka, Hrvatsko društvo za toplinsku obradbu i inženjerstvo površina, 2012,1-8. 2. Liščić Božidar, Filetin Tomislav: Measurement of Quenching Intensity, Calculation of Heat Transfer Coefficient, and Global Database of Liquid , Proceedings of the Inter. Conference “Vacuum Heat Treatment and Heat Treatment of Tools”. Jihlava, 2011. 3. Liščić Božidar: Koristenje nekih oblika obnovljive energije - Stanje i perspektive, Zbornik uvodnih izlaganja 5. Međunarodnog znanstvenostručnog skupa o naftnom gospodarstvu, Zagreb, INA, 33-47. 4. Liščić Božidar, Landek Darko: Suvremene nekonvencionalne tehnologije materijala, Zbornik radova s multidisciplinarnog savjetovanja - Materijali i tehnologijski razvoj, Filetin Tomislav (ur.), Zagreb, Akademija tehničkih znanosti Hrvatske, 2002, 24-41.
ZNANSTVENI RADOVI U ZBORNICIMA MEĐUNARODNIH SKUPOVA 1. Liščić Božidar, Matijevič Božidar, Totten Georg, E., Canale Lauralice de C.F.: Comparative measurement and evaluation of the Quenching in tensity of a petroleum quench oil and palm oil based on temperature 39
gradients, Proceedings of the 3th Mediterranean Conference on Heat Treatment and Surface Engineering, Vojteh Leskovšek, Božo Smoljan, Massimo Pellizzari, Bojan Podgornik, Marko Sedlaček (Ed.), Ljubljana, Slovenia, Slovenian Society for Heat Treatment, Institute of Metals and Technology, 2016, 96-106. 2. Landek Darko, Liščić Božidar, Filetin Tomislav, Župan Josip: Selection of Optimal Conditions for Immersion Quenching, Proceedings of Euro pean Conference on Heat Treatment and 21st IFHTSE Congress, Zoch Hans-Werner, Schneider Reinhold, Lübben Thomas (Ed.), Munich, Ar beitsgemeinschaft Warmbehandlung und WerkstofFtechnik e. V. (AWT), 2014, 187-196. 3. Felde Imre, Liščić Božidar, Wood Robert: Liquid Quenchant Database, Proceedings of the 2 Mediterranean Conference New Challenges on Heat Treatment and Surface Engineering, Smoljan B., Matijevič В. (Ed.). Zagreb, Croatian Society for Heat Treatment and Surface Engineering, 2013, 331-338. 4. Liščič Božidar, Filetin Tomislav: Global Database of Cooling Intensities of Liquid Quenchants, Proceedings of the European Conference on Heat Treatment “Quality in Heat Treatment”, Wels, 2011, 40-49. 5. Liščić Božidar, Singer Saša, Beitz Hartmut: Dependence of the Heat Transfer Coefficient at Quenching on Diameter of Cylindrical Workpiec es, Proceedings of the 18th IFHTSE Congress, Rio de Janeiro, 2010, 1-10. 6. Landek Darko, Liščić Božidar, Filetin Tomislav, Lübben Thomas: End -Quench Hardenability Test for Gas Quenched Steels, New Challenges in Heat Treatment and Surface Engineering - Conference in Honour of Prof. B. Liščić, Smoljan, B.,
Matijevič, В. (Eds.). Zagreb, Croatian Society for Heat Treatment and Surface Engineering, 2009, 103-108. 7. Leskovšek Vojteh, Ule Boris, Liščić Božidar: The Influence of Microstruc ture on the Fracture Toughness of Vacuum Heat Treated High-Speed Steel AISI M2, Proceedings of the 12th IFHTSE Congress-2000, 97-103. 8. Liščić В., Dowding К.: Calculation and Measurement of the Workpiece’s Surface Temperature During Quenching, 20th ASM Heat Treating Soci ety Conference Proceedings-2000, 688-695- 40
9. Liščić Božidar: Computer Simulation in Gas Quenching, Int. Conf. Heat Treatment and Surface Engineering of Light Alloys, Lendvai J., Reti T. (Ed.), Budapest, 1999. 197-206. 10. Liščić Božidar, Lübben Th., Hoffmann F, T: Controllable Heat Extrac tion During Gas Quenching Effect on Distortion and Depth of Harden ing, The 3rd Inter. Conference on Quenching and Control of Distortion. Praha, ASM Int., 1999, 72-82. 11. Smoljan Božo, Liščić Božidar: Simulation Experimental Verification of Quenching Steel Workpieces Having Complex Shape, The 3rd Inter. Conference On Quenching and Control of Distortion, Praha, ASM In ternational, 1999. 201-207. 12. Smoljan Božo, Liščić Božidar: Computer Simulation of Quenching of Steel Workpieces with Complex Shape, Int. Conf. - Heat Treatment and Surface Engineering of Light Alloys, Lendvai J., Reti T. (Ed.). Budapest, 1999, 339-342. 13. Liščić Božidar, Liibben T, Hoffmann E, Mayr P.: An analysis of the production and controlled heat extraction during gas quenching, 4th ASM Heat treatment and surface engineering Conference in Europe, Donato Firrao, Eric J. Mittemeijer (Eds.). Florence, AIM-Associazione Italiana di Metallurgia, 1998, 191-200. 14. Totten G.E., Liščić Božidar, Sun Y.H.: Development of Cooling Curve Analysis Standards with Agitation: A Status Report, 4th ASM Heat treat ment and surface engineering Conference in Europe, Donato Firrao, Eric J. Mittemeijer (Eds.). Florence, AIM-Associazione Italiana di Metallur gia, 1998, 171-180. 15. Totten G.E., Liščić B., Sun Y.H., Kobasko N.I., Han SW.: Polymer Quenching Technology: An
Overview, 4th ASM Heat treatment and surface engineering Conference in Europe, Donato Firrao, Eric J. Mitte meijer (Eds.). Florence, AIM-Associazione Italiana di Metallurgia, 1998, 141-150. 16. Liščić Božidar, Svaić Srećko, Filetin Tomislav: Workshop Designed Sys tem for Quenching Intensity Evaluation and Calculation of Heat Trans fer Data, 1st Inter. Conference on Quenching Control of Distortion, Chicago, 1992, 17-26. 41
17. Liščić Božidar, Filetin Tomislav: Anwendung einer eigenen Datenbank für Abschreckintensitäten zur computergestützten Vorausbestimmung von Härteverlaufen oder zur Optimierung von Abschreckbedingungen, 3. Wärmebehandulgstagung Grundlagen und Anwendung moderner Wärmebehandlungstechnologien für Eisenwerkstoffe, Karl-Marx-Stadt, 1988, 58-70. 18. Liščić Božidar, Filetin Tomislav: Computergestützte Auswahl der Ab schreckbedingungen, Proceedings of the 5th Inter. Congress Heat Treat ment of Metals. Budapest, 1986, 1760-1767 19. Liščić Božidar, Filetin Tomislav: Microcomputer-gestütztes Sonde-Etalon-Verfahren zur Messung der realen Abschreckintensität und zur Vor ausbestimmung der Härteverteilung am Rundquerschnitt beim Härten, Proc, of the 4th Inter. Congress on Heat Treatment of Materials. Berlin, 1985, 1266-1283. 20. Liščić В.: Practical Measurement of the Quenching Intensity by the Tem perature Gradient on the Surface of a Special Cylindrical Probe ֊ Proc, of the 18th Inter. Conf. On Heat Treatment of Materials, May 1980, Detroit USA, ASM DRUGI RADOVI U ZBORNICIMA SKUPOVA 1. Božidar Liščić, Božidar Matijevič, George E., Totten, Lauralice de C.F. Canale: Comparative Measurement and Evaluation of the Quenching In tensity of Palm Oil and Canola Oil Based on Temperature Gradients, Pro ceedings of the 5th Asian Conference on Heat Treatment and Surface Engi neering. Beijing, China, Chinese Heat Treatment Society, 2016, 277-283. 2. B. Liščić: Kako realizirati pametnu proizvodnu specijalizaciju za izvozne proizvode velike dodane vrijednosti, Godišnjak Akademije tehničkih
znanosti Hrvatske, (Ur. Zdravko Terze), Zagreb, 2016., 185-201. 3. В. Liščić: Hrvatski znanstvenici i razvoj industrijske proizvodnje u Hrvats koj, Zbornik radova - Prvi kongres hrvatskih znanstvenika iz domovine i inozemstva, Vukovar, 2004. 13-20. 4. Liščić Božidar: History and Perspective of controllable Heat Extraction during Quenching, Heat Treating including Quenching and Control 42
of Distortion - An International Symposium in Honour of Professors B. Liščić and H.M. Tensi, Shrivastava S., Speet F. (Eds.), Ohio, ASM Heat Treating Society, 2001, 59-66. 5. Liščić Božidar: Toplinska obradba alata u vakuumskim pećima, Su vremene tehnologije toplinske obradbe čelika, Hrvatsko društvo za top linsku obradbu i inženjerstvo površina, 1998, 1-27. 6. Liščić Božidar, Filetin Tomislav: Određivanje parametara procesa poboljšavanja pomoću kompjutora, Zbornik radova 4. Jug. simpozija о toplinskoj obradi metala. Zagreb, 1986, 551-567. SAŽETCI U ZBORNICIMA SKUPOVA 1. Filetin Tomislav, Liščić Božidar, Matijevič Božidar: Centar za modeli ranja u toplinskoj obradi metala (QRC) u projektu “Global database on cooling intensities of liquid quenchants”. Zbornik sažetaka 44. stručnoznanstvenog simpozija Maziva 2011. Zagreb, Hrvatski inženjerski savez - Hrvatsko društvo za goriva i maziva, 2011, 52-53. 2. Landek Darko, Filetin Tomislav, Liščić Božidar, Kumić Ivan, Lübben Thomas: Prediction of Properties of Gas-Quenched Work Pieces Based on the Modified Hardenability Test, Proceeding of the 3rd International Con ference on “Heat Treatment and Surface Engineering of Tools and Dies”, Schneider Reinhold S. E (Ed.), Wels, Austrija, ASMET, 2011, 58-58. 3. Liščić Božidar: System for Process Analysis and Hardness Prediction when Quenching Axially-Symmetrical Workpieces of any Shape in Liq uid Quenchants, THERMEC’2009 ֊ Inter. Conf, on Processing Manufacturing of Advanced Materials, 2009, 102-102. POZVANA PREDAVANJA U INOZEMSTVU 1. Computerized Data-bank of Quenching Intensities and
its Application for Prediction ofHardness Distribution upon Quenching, Seminar on quench ing, Ukrainian SSR Academy of Sciences, Kiev 3-8 May, (Ukraine) 1988. 2. Messung der Abschreckintensitä beim Abschreckbad als Grundlage für die Steuerung - IPSEN - Tagung, Düsseldorf (Germany), 23.6.1991. 43
3. State ofthe Art in Quenching— 3rd International Seminar IFHT “Quench ing and Carburizing”, Melbourne (Australia), 2.9.1991. 4. State of the Art of Computer Simulation in Quenching — The 8th Interna tional Congress on Heat Treatment of Materials, Nov. 17-20.1992. Kyoto (Japan). 5. Methods to Evaluate the Quenching Intensity ֊ Workshop on Quenching, organized by the Center for Industrial Heat Treating Processes ֊ Univer sity of Cincinnati, 11-13. Nov. 1992., Detroit, Michigan, USA. 6. Contemporary Heat Treatment in Vacuum Furnaces, Workshop: Develop ment, Testing and Processing of Contemporary Functional Construc tional and Tool Materials, 23.04.1997., Ljubljana (Slovenia). 7. The Influence of Heat Transfer Dynamics on Hardness Distribution at Quenching, 5th Conference on Materials and Technologies, October 1-3. 1997, Portorož (Slovenia). 8. Messung und Berechnung der Abschreckintensität — Neue Entwicklungen in der Abschrecktechnologie — Technische Universität Graz, 5. 05. 1999., Graz (Austria). 9. Computer Simulation in gas Quenching, 7th - International Seminar of IFHT, 1999., Budapest (Hungary). 10. Calculation and Measurement ofthe Workpiece’s Suface Temperature Dur ing Quenching, 20th ASM Heat Treating Society Conference, 9. October 2000., St. Louis, Mo, USA. 11. History and Perspective of Controllable Heat Extraction During Quenching, 21st ASM Heat Treating Society Conference, 6th November 2001. India napolis, IN, USA. 12. Vom unbestimmten Abschrecken in flüssigen Mitteln hin zum geregelten Wärmeentzug beim Gasabschrecken, Härterei-Kolloquium HK - 2006,
Wiesbaden, 11-13 Oktober 2006, Germany (Izlaganje prigodom dodjele ADOLF-MARTENS-MEDALJE) 13. Assessment of Quenching Intensity and the Hardening Power, Workshop on Quenching, Mangalore, Indija, National Institute of Technology Karna taka, 2008. 44
14. Critical Heat Flux Densities and Wetting Kinematics when Quenching in Vapourizable Liquids, Workshop on Quenching, Mangalore, National Institute of Technology Karnataka, 2008. 15. Intensive Quenching Technology, Workshop on Quenching, Mangalore, National Institute of Technology Karnataka, 2008. 16. High Pressure Gas Quenching in Vacuum Furnaces, Workshop on Quench ing, Mangalore, National Institute of Technology Karnataka, 2008. 17. Global Database of Cooling Intensities ofLiquid Quenchants, 19th Congress of IFHTSE, Glasgow, 2011. RAČUNALNI PROGRAMSKI PAKETI I BAZE PODATAKA 1. В. Liščić, D. Zorc, S. Singer, В. Smoljan: Sustav za mjerenje, evaluaciju i izračunavanje karakteristika pri gašenju te za modeliranje raspodjele tvrdoće osno-simetričnih dijelova, Liščić/Petrofer probom, Petrofer GmbH, Njemačka 2013. (računalni programski paket). 2. Liščić Božidar, Svaić Srećko, Šundov Igor, Filetin Tomislav: HEATING - Simulacija ugrijavanja u vakuumu, 1999. (računalni programski paket). 3. Filetin Tomislav, Galinec Josip, Liščić Božidar: NITROEXPERT - Simu lacija parametara nitriranja, 1998. (računalni programski paket). 4. Filetin Tomislav, Galinec Josip, Liščić Božidar: QUENCHEXPERT Simulacija parametara ohlađivanja u plinu, 1997. (računalni programski paket). 5. Filetin Tomislav, Galinec Josip, Liščić Božidar: HARDSEL-Steel selec tion based on hardenability, 1994. (baza podataka i računalni programski paket). 6. Filetin Tomislav, Galinec Josip, Liščić Božidar: QPP-Quenching proper ties prediction, 1992. (baza podataka i računalni programski paket). 7. Liščić Božidar,
Aganović Ibrahim, Zorc Davor, Filetin Tomislav, Jelenković Leo: PARAM-Computer-aided system for simulation of cooling process in vacuum furnaces, 1992. (baza podataka i računalni programski paket). 45
DRUGE VRSTE RADOVA 1. Liščić Božidar, Filetin Tomislav: Čvrstoća i žilavost materijala, 1993. (HTV - audio/video zapis). 2. Liščić Božidar, Filetin Tomislav: Primjena kompjutora u toplinskoj obradi metala, 1987. (HTV - audio/video zapis). 3. Liščić Božidar, Filetin Tomislav: Projekt rekonstrukcije postrojenja top linske obrade u tvornici traktora T. Vinković, 1985. (elaborat). 4. Liščić Božidar, Filetin Tomislav, Cihák Drahouš. Projekt odjeljenja termičke obrade u tvornici FADIS, 1985. (elaborat). PATENTI I REALIZACIJA VLASTITIH OTKRIĆA 1. Metoda gradijenta temperature (Temperature Gradient Method) (1978) prvi puta objavljena u Härterei Technische Mitt. 1978. 2. Liščić/Nanmac proba za mjerenje brzih promjena temperatura pri gašenju — modificirana na osnovi US patenata No.2,829,185. (1958) i No. 4,732,619 (1988) 3. IPSEN-Liščić Flux Sensor, IPSEN Industries International GmbH, Kle ve, Njemačka (1995). 4. Koncept adaptivnog procesa gašenja - Flexible adaptive quenching, Pat ent EP0621344B1, (1999). Autori: В. Edenhofer, В. Liščić I J. Dominik, Vlasnik IPSEN Industries International GmbH, Kleve, Njemačka. 5. Liščić/Petrofer proba za mjerenje temperatura pri gašenju - izrađena u Petrofer GmbH, Njemačka (2013) prema projektu B. Liščića 46 |
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| spelling | Božidar 1929.-2020. uredio akademik Ignac Lovrek Zagreb Hrvatska akademija znanosti i umjetnosti 2022. 46 Seiten Porträt txt rdacontent n rdamedia nc rdacarrier Spomenica preminulim akademicima svezak 240 Naklada 200. - Bibliografie B. Liščić Seite 33-46 Liščić, Božidar 1929-2020 (DE-588)1279330481 gnd rswk-swf Maschinenbau (DE-588)4037790-8 gnd rswk-swf Kroatien (DE-588)4073841-3 gnd rswk-swf (DE-588)4128540-2 Nachruf gnd-content (DE-588)4006432-3 Bibliografie gnd-content Liščić, Božidar 1929-2020 (DE-588)1279330481 p Kroatien (DE-588)4073841-3 g Maschinenbau (DE-588)4037790-8 s DE-604 Lovrek, Ignac edt Liščić, Božidar 1929-2020 (DE-588)1279330481 oth Erscheint auch als Online-Ausgabe Spomenica preminulim akademicima svezak 240 (DE-604)BV021258640 240 Digitalisierung BSB München 19 - ADAM Catalogue Enrichment application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033757114&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis Digitalisierung BSB München 19 - ADAM Catalogue Enrichment application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033757114&sequence=000003&line_number=0002&func_code=DB_RECORDS&service_type=MEDIA Literaturverzeichnis |
| spellingShingle | Božidar 1929.-2020. Spomenica preminulim akademicima Liščić, Božidar 1929-2020 (DE-588)1279330481 gnd Maschinenbau (DE-588)4037790-8 gnd |
| subject_GND | (DE-588)1279330481 (DE-588)4037790-8 (DE-588)4073841-3 (DE-588)4128540-2 (DE-588)4006432-3 |
| title | Božidar 1929.-2020. |
| title_auth | Božidar 1929.-2020. |
| title_exact_search | Božidar 1929.-2020. |
| title_exact_search_txtP | Božidar 1929.-2020. |
| title_full | Božidar 1929.-2020. uredio akademik Ignac Lovrek |
| title_fullStr | Božidar 1929.-2020. uredio akademik Ignac Lovrek |
| title_full_unstemmed | Božidar 1929.-2020. uredio akademik Ignac Lovrek |
| title_short | Božidar 1929.-2020. |
| title_sort | bozidar 1929 2020 |
| topic | Liščić, Božidar 1929-2020 (DE-588)1279330481 gnd Maschinenbau (DE-588)4037790-8 gnd |
| topic_facet | Liščić, Božidar 1929-2020 Maschinenbau Kroatien Nachruf Bibliografie |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033757114&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=033757114&sequence=000003&line_number=0002&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV021258640 |
| work_keys_str_mv | AT lovrekignac bozidar19292020 AT liscicbozidar bozidar19292020 |