Publications

  1. Books
  2. Contributions to books
  3. Articles in journals
  4. Published contributions to academic conferences
  5. Patents

A. Books

1. Tapalaga I., Achimas Gh., Iancau H., Banabic D., Coldea A., Cold Forming Technology , I.P.C.N. Publishing House, Cluj-Napoca, 1986, 244 pag. (in Romanian).
2. Deacu L., Banabic D., Radulescu M., Ratiu C., Proportional Hydraulic Systems , Dacia Publishing House, Cluj-Napoca, 1989, 312 pag. (in Romanian).
3. Banabic D., Dörr I.R., Thin Sheet Metal Formability. Forming Limit Diagrams Method , OIDICM Publishing House, Bucuresti, 1992, 246 pag., ISBN 973-95641-1-9, (in Romanian).
4. Banabic D., Dörr I.R., Mathematical Modelling of the Sheet Metals Processes , Transilvania Press Publishing House, Cluj-Napoca, 1995, 226 pag., ISBN -973-97041-9-0, (in Romanian).
5. Banabic D., Introduction in the Theory of Plasticity , Courses Notes, Technical University of the Cluj-Napoca, 1994, 86 pag., (in Romanian).
6. Vida Simiti I., Banabic D., Bicsak E., Canta T., Domsa S., Kerekes L., Soporan V., Workability of Metalic Materials , Dacia Publishing House, Cluj-Napoca, 1996, 362 pag., ISBN 973-35-0555-2, (in Romanian).
7. Banabic D., Proc. of the “Cold Metal Forming- TPR 2000” Conference (Vol.1 and 2), Editor: Banabic D., Printek 2000, Cluj-Napoca, 2000, 226+286 pag., ISBN 973-97486-3-5.
8. Banabic D., Bünge H.J., Pöhlandt K., Tekkaya A.E., Formability of Metallic Materials (Plastic Anisotropy, Formability Testing and Forming Limits) , Editor: Banabic D., Springer Verlag, Heidelberg, 2000 (358 pag), ISBN 3-540-67906-5.
9. Banabic D. , Proceedings of the 8th ESAFORM Conference on Material Forming, The Publishing House of the Romanian Academy, Bucharest, 2005, Vol 1 and Vol. 2, XXII+539, XXII+584 pag., Vol.1, ISBN: 973-27-1174-4, Vol. 2, ISBN: 973-27-1175-2.
10. Banabic D., (Editor), Advanced Methods in Material Forming , Springer, Heidelberg, 2007 (376 pag), ISBN 3-540-69844-2.
11. Banabic D., (Guest Editor), Modelling and Experiments in Material Forming , Hermes-Lavoisier, Paris, 2007, (134 pag), ISBN 978-2-7462-1775-1.
12. Banabic D. et al., Sheet Metal Forming Processes , Springer, Heidelberg, 2010 (305 pag), ISBN 978-3-540-88112-4.

B. Contributions to books

1. Deacu L., Banabic D., Radulescu M., Ratiu C., Proportional Hydraulic Systems , In: TCMM Series, Vol.2, Tehnica Publishing House, Bucuresti, 1987, p.152-187, (in Romanian).
2. Banabic D., Sheet metal predicted by using the new (1993) Hill's yield criterion , In: Advanced Methods in Materials Processing Defects (Studies in Applied Mechanics Serie, Vol. 45), (Editors: Predeleanu M., Gilormini P.), Elsevier Science, Amsterdam, 1997, p.257-265, ISBN 0-444-82271-2.
4. Barlat F., Cazacu O., Zyczkowski M., Banabic D., Yoon J.-W., Yield surface plasticity and anisotropy , In: Continuum Scale Simulation of Engineering Materials Fundamentals-Microstructures-Process Applications , (Editors: D. Raabe, L.-Q. Chen, F. Barlat, F. Roters), Wiley-VCH, Berlin, 2004, p. 145-185, ISBN 3-527-30760-5.
5. Banabic D., Tekkaya E.A., Forming Simulation, In: Virtual Fabrication of Aluminum Alloys: Microstructural Modeling in Industrial Aluminum Production , (Editor: J. Hirsch), Wiley-VCH, Weinheim, 2006 (ISBN: 3-527-31363-X).
6. Banabic D., Barlat F., Cazacu O., Kuwabara T., Anisotropy and formability, In: Advances in Material Forming-ESAFORM 10 Years on , (Editors: Chinesta F., Cueto, E.), Springer, Heidelberg-Berlin, 2007, p.143-173 (ISBN: 978-2-287-72142-7).
7. Banabic D., Material models for sheet metal forming simulation , In: Automotive Sheet Metal Forming, (Eds: R.K. Verma, D., Bhattachaejee), Tata McGraw-Hill, New Delhi, 2008, p. 42-48.
8. Banabic D., Cercetarea aplicata in domeniul ingineriei mecanice in Romania, In: Pentru excelenţă în ştiinţa românească (Eds.: Frangopol P., Zamfir N.V., Braun T.), Casa Cartii de Stiinta, Cluj Napoca, 2008, p. 113-132 (ISBN: 978-973-133-405-9).

C. Articles in journals

1. Banabic D., Modelling of the FLDs in vibrating conditions using M-K theory, Scientific Bulletin of the Tech. Univ. of Cluj-Napoca, Metallurgical Series, 33(1990), p.7-13 (in Romanian).
2. Banabic D., Valasutean S., The effect of vibratory straining upon Forming Limit Diagrams , In: Journal of Materials Processing Technology, Elsevier, Amsterdam, Vol.34(1992), p.431-437.
3. Banabic D., s.a., The theoretical determination of FLD in vibrating conditions, In: Gepyartastechnologya, Budapest, (1992), Nr.9-10, p.412-417.
4. Banabic D., Dorr I.R., Prediction of the Forming Limit Diagrams in pulsatory straining , Journal of Materials Processing Technology, Elsevier, Amsterdam, 45(1994), No.1-4, Sept., p.551-556.
5. Banabic D., Tapalaga I., Review of the criteria for determination of the blank-holding forces in deep-drawing processes , Journal of Plastic Deformation, Sibiu, 1(1994), Nr.1, p.42-47.
6. Banabic D., New contributions on the mathematical modelling of the stretching process in pulsatory straining, Journal of Metallurgical Research and New Materials, Bucuresti, 3(1995), Nr.3-4, p.112-125.
7. Banabic D., Mathematical modelling of the Forming Limit Diagrams using the new Hill's yield criterion, Journal for Technology of Plasticity, Novi Sad, Yugoslavia, 20(1995), Nr.3-4, p.52-58.
8. Banabic D., Modelling of the sheets metal formability in pulsatory straining, In: Metalurgia, Bucuresti, 47(1995), Nr.3-4, p.69-73.
9. Banabic D., Prediction of the Forming Limit Diagrams using the new Hill's yield criterion for orthotropic sheet metals , Journal of Plastic Deformation, Sibiu, 2(1995), Nr.2, p.38-42.
10. Banabic D., Analysis of punch-stretching in vibratory regime , Journal of Materials Processing Technology, Elsevier, Amsterdam, 60(1996), No.1-4, June, p.201-204.
11. Banabic D., Formability of aluminium sheets in pulsatory straining , Materials Science Forum, Transtec Publication, Zurich, Vol.217-222(1996), p. 1335-1342.
12. Banabic D., Limit strains in the sheet metals by using the 1993 Hill's yield criterion , J. of Materials Processing Technologies, 92-93(1999), p.429-432.
13. Banabic D., Dannenmann E. Prediction of the influence of yield locus on the limit strains in sheet metals , J. of Materials Proc. Techn., Elsevier, Amsterdam, 109(2001), p.9-12.
14. Banabic D., Balan T., Comsa D.S., Closed-form solution for bulging through elliptical dies , J. of Materials Proc. Techn., Elsevier, Amsterdam, 115(2001), p.83-86.
15. Banabic D., Pöhlandt K., Yield criteria for the anisotropic sheet metal , UTF Science, 4(2001), 19-27.
16. Banabic D., T. Kuwabara, T. Balan, D. S. Comsa, Evaluation of an anisotropic yield criterion, Proceedings of the Romanian Academy, 3(2001), p17-21.
17. Butuc M.C., Banabic D., Barata da Rocha A., Gracio J.J., Ferreira Duarte J., Jurco P., D. S. Comsa, The performance of YLD96 and BBC2000 yield functions in forming limit prediction , J. of Materials Proc. Techn., Elsevier, 205-206(2002), p. 281-286.
18. D. Banabic, O. Cazacu, F. Barlat, D. S. Comsa, S. Wagner, K. Siegert, Recent anisotropic yield criteria for sheet metals, Proceedings of the Romanian Academy, 3(2002), No.3, p.91-99.
19. Banabic D., Wagner S., Anisotropic behaviour of aluminium alloy sheets, Aluminium, 78(2002), No. 10, p.926-930.
20. D. Banabic, O. Cazacu, F. Barlat, D. S. Comsa, S. Wagner, K. Siegert, Plastic behaviour of AA3103-0 aluminium alloy using some recent anisotropic yield criteria. (Part 1. Theoretical aspects), Acta Tehnica Napocensis, (2002), p.353-359.
21. D. Banabic, O. Cazacu, F. Barlat, D. S. Comsa, S. Wagner, K. Siegert, Plastic behaviour of AA3103-0 aluminium alloy using some recent anisotropic yield criteria. (Part 2. Experimental results), Acta Tehnica Napocensis, (2002), p.359-364.
22. K. Pöhlandt, D. Banabic, K. Lange, Plastic behavior characterisation of sheet metals using a new concept: equi-biaxial anisotropy coefficient, Acta Tehnica Napocensis, (2002), p.365-371.
23. Pöhlandt K., Banabic D., Lange K., On the determination of friction coefficients by ring compression , Wire, 52(2002), No.4, p.46-49.
24. D. Banabic, O. Cazacu, F. Barlat, D. S. Comsa, S. Wagner, K. Siegert, Prediction of anisotropic plastic behavior of AA3103-0 aluminum alloy using two yield criteria, Bulletin of the Technical University of Iasi, Vol. XLVIII(LII), Iasi, 2002, p.1-8.
25. T. Kuwabara, D. S. Comsa D. Banabic, E. Iizuka, Anisotropic behaviour modelling for steel sheets using different yield criteria , Key Engineering Materials, 233-236(2003), p.841-846.
26. Banabic D., Kuwabara T., Balan T., D. S. Comsa, Julean D., Non-Quadratic yield criterion for orthotropic sheet metals under plane-stress conditions , Int. J. Mechanical Sciences, 45(2003), Nr. 5, p. 797-811.
27. D. Banabic, O. Cazacu, F. Barlat, D. S. Comsa, S. Wagner, K. Siegert, Description of the anisotropic behaviour of AA3103-0 aluminum alloy using two recent yield criteria , J. de Physique, Paris, 105(2003), p. 297-304.
28. Pöhlandt K., Banabic D., Lange K., Charakterisierung der plastische Anisotropie von Blechen , UTF Science, 2003, Nr.1.
29. M. Vulcan, K. Siegert, D. Banabic, The Influence of Pulsating Strain Rates on the Superplastic Deformation Behaviour of Al-Alloy AA5083 Investigated by Means of Cone Test , Material Science Forum, 442-443(2003), p.139-145.
30. D. Banabic, Anisotropy and formability of AA5182-0 aluminium alloy sheets , Annales of CIRP, 53(2004), p. 219-222.
31. D. Banabic, D. S. Comsa, P. Jurco, G. Cosovici, L. Paraianu and D. Julean, FLD theoretical model using a new anisotropic yield criterion , Journal of Materials Processing Technology, 157-158 (2004), p. 23-27.
32. D. S. Comsa, G. Cosovici, P. Jurco, D. Banabic, Simulation of the hydroforming process using a new orthotropic yield criterion , Journal of Materials Processing Technology, 157-158 (2004), p. 67-74
33. Banabic D., Kuwabara T., Balan T., D. S. Comsa, An anisotropic yield criterion for sheet metals , Journal of Materials Processing Technology, 157-158 (2004), p. 462-465
34. Pöhlandt K., Banabic D., Lange K., On the determination of friction coefficients by ring compression in bulk metal forming , UTF-Science, (2004), No.3, p.1-3.
35. D. Banabic, H. Aretz, D. S. Comsa, L. Paraianu, An improved analytical description of orthotropy in metallic sheets , International Journal of Plasticity, 21(2005), 3, p.493-512.
36. Banabic D., Aretz, H., Paraianu L.,Jurco P., Application of various FLD modelling approaches , Journal of Modelling and Simulation in Materials Science and Engineering, 13(2005), 759-769.
37. Banabic D. , Vulcan M., Bulge testing under constant and variable strain rates of superplastic aluminium alloys , Annales of CIRP, 54(2005), p. 205-209.
38. D. S. Comsa, Banabic D., Numerical simulation of sheet metal forming processes using a new yield criterion , Key Engineering Materials, 344(2007), 833-840.
39. D. Banabic, M. Vos, Modelling of the Forming Limit Band –A new Method to Increase  the Robustness in the Simulation of Sheet Metal Forming Processes , Annals of CIRP, 56(2007), 249-252.
40. M. O’Donnell, D. Banabic, A. G. Leacock, D. Brown, R. J. McMurray, The Effect of Pre-Strain and Inter-Stage Annealing on the Formability of a 2024 Aluminium Alloy , International Journal of Material Forming, 2008, (doi: 10.1007/s12289-008-0356-x).
41. M. O’Donnell, A. G. Leacock, D. Banabic, D. Brown, R. J. McMurray, The Effect of Pre-Strain and Solution Heat Treatment on the Formability of a 2024 Aluminium Alloy , International Journal of Material Forming, 2008, (doi: 10.1007/s12289-008-0353-0).
42. S. Soare, D. Banabic, A note on the MK computational model for predicting the forming limit strains , International Journal of Material Forming, 2008, (doi: 10.1007/s12289-008-0347-y).
43. Soare S., Banabic D., Application of a polynomial yield function to the predictions of limit strains, Steel Research International 79 (2008), p. 39-46.
44. R. V. Florian, D. David, D. Ciuparu, D. Szedlacsek, Ş. Szedlacsek, D. Banabic, A. D. Corlan, N. Dan, P. T. Frangopol, D. Funeriu, M. Ionac, T. Luchian, M. Miclea, R. C. Mureşan, E. Stamate, Sugestii de reglementări şi schimbări legislative pentru domeniul cercetării, dezvoltării, inovării, Paper online, http://www.ad-astra.ro/docs/2008_modificari_legislative_cercetare.pdf
45. L. Paraianu, D. Banabic, A new method for the evaluation of the yield criteria accuracy , Computer Methods in Materials Science, 9(2009), Nr. 1, p. 148-152.
46. D. Banabic, W. Hußnätter, Modeling the Material Behavior of Magnesium Alloy AZ31 Using Different Yield Criteria, International Journal of Advanced Manufacturing Technology, 44(2009)), No.9-10, 969-976.
47. S. Soare, D. Banabic, A discussion upon the sensitivity of the MK model to input data, International Journal of Material Forming, 2 (2009), p. 503-506.
48. S. Soare, D. Banabic, A four parameter in-plane isotropic yield function, International Journal of Material Forming, 2(2009), p.507-510, DOI:10.1007/s12289-009-0562-1.
49. Banabic D., Soare S., Assessment of the Modified Maximum Force Criterion for Aluminum Metallic Sheets, Key Engineering Materials, Vols. 410-411 (2009), p. 511-520.
50. L. Paraianu, G. Dragos, I. Bichis, D. S. Comsa, D. Banabic, An improved version of the modified maximum force criterion (MMFC) used for predicting the localized necking in sheet metals, Proceedings of the Romanian Academy, Series A, 10(2009), nr.3, p. 237-243.
51. L. Paraianu, G. Dragos, I. Bichis, D. S. Comsa, D. Banabic, A new formulation of the modified maximum force criterion (MMFC), International Journal of Material Forming, 3(2010), 243-246.
52. D. Banabic, F. Barlat, O. Cazacu, T. Kuwabara, Advances in Anisotropy and Formability, International Journal of Material Forming, 3(2010), 165-189.
53. D. Banabic, G. Dragos, I. Bichis, Influence of Variability of Mechanical Data on Forming Limits Curves, Steel Research International 81(2010), 1356-1360.
54. Banabic D., A review on recent developments of Marciniak-Kuczynski model, Computer Methods in Materials Science, 10(2010), Nr. 4, 225-237.
55. Biro V., Banabic D., DaCoTraP – A web based platform for metal forming process chain, Computer Methods in Materials Science, 11(2011), Nr. 1, 265-270
56. Hints R., Vanca M., Banabic D., Functional modules specific for virtual manufacturing, Computer Methods in Materials Science, 11(2011), Nr. 1, 279-283.
57. Banabic D., Sester M., Influence of material models on the accuracy of the sheet forming simulation, Materials and Manufacturing Processes, 27(2012), 304-308.
58. L. Părăianu, S. Comsa, I. Bichiş, D. Banabic, Influence of the Mechanical Parameters on the Forming Limit Curve, Steel Research International, (2011), p.744-749.
59. L. Lăzărescu, D. S. Comşa, D. Banabic, Analytical and Experimental Evaluation of the Stress-Strain Curves of Sheet Metals by Hydraulic Bulge Test, Key Engineering Materials, 473(2011), 352-359.

D. Published contributions to academic conferences

(most representative of the total 160 papers)

1. Tapalaga I., Iancau H., Banabic D., Contributions on the influence of low temperatures upon formability and workability of metals, The IInd National Symp. in Creativity, Busteni, 1985, p.80-86 (in Romanian).
2. Banabic D., Research upon austenitic stainless steel sheet formability, SCR., Aiud, 1985, p.21-26 (in Romanian).
3. Tapalaga I., Achimas Gh., Banabic D., Hancu L., Rosca C., Research upon strain state of hydroformed material, Conf. PUPR, Timisoara, 1986, p.156-162 (in Romanian).
4. Tapalaga I., Achimas Gh., Banabic D., Chertes M., Sheet metal formability through FLDs, Conf.PUPR, Timisoara, 1986, p.163-168 (in Romanian).
5. Tapalaga I., Achimas Gh., Iancau H., Banabic D., Hancu L., Rosca C., Research upon the strain state during hydroforming of gofred tubes, Proc. of the Conf. New Technologies and Equipments in Machine Building, Brasov, 1986, p.25-28 (in Romanian).
6. Banabic D., Tapalaga I., Achimas Gh., Iancau H., Molnar G., Development of experimental research upon FLDs (part I: Definition and influences), Proc. of the Ist Nat. Conf. Technology and Machine for Cold Forming , Sibiu, 1987, p.117-122 (in Romanian).
7. Banabic D., Tapalaga I., Achimas Gh., Iancau H., Molnar G., Development of experimental research upon FLDs (part II: Methods, means and criteria in order to define FLDs. Applications), Proc. of the Ist Nat. Conf. Technology and Machine for Cold Forming , Sibiu, 1987,p.123-129 (in Romanian).
8. Banabic D., Tapalaga I., Achimas Gh., Iancau H., Development of researches upon the flange wrinkling and blank holder pressure in deep-drawing, Proc. of the Ist Nat. Conf.Technology and Machine for Cold Forming, Sibiu, 1987, p.130-136 (in Romanian).
9. Banabic D., Tapalaga I., Achimas Gh., Determination of metal formability through FLDs, SCS, Aiud, 1988, p.34-38 (in Romanian).
10. Banabic D., Tapalaga I., Achimas Gh., Determination of formability indices for feritic stainless steel sheets, SCS, Aiud, 1988, p.39-43 (in Romanian).
11. Banabic D., Tapalaga I., Comsa S., Contributions in determination of stress state in the flange during deep-drawing, Proc. of the IInd Nat. Conf. on Applied Mathematics and Mechanics, Cluj-Napoca, 1988, p.527-533 (in Romanian).
12. Banabic D., Tapalaga I., Comsa S., Contributions upon theoretical determination of blank holder pression in deep drawing, Proc of the VIth Conf. Machine and Technology for Mechanical Processes, Timisoara,1989, p.213-218 (in Romanian).
13. Banabic D., Tapalaga I., Comsa S., Theoretical prediction of stress state in deep drawing by avoiding the flange thickening, Proc. of the IInd Nat. Conf. Technology and Machine for Cold Forming, Vol.1, Cluj-Napoca, 1989, p.99-108 (in Romanian).
14. Banabic D., Tapalaga I., Comsa C., Optimization of blank holder force variation at deep drawing using the energetical criterion, Proc. of the IInd Nat. Conf. Technology and Machine for Cold Forming, Vol.1, Cluj-Napoca, 1989, p.109-121 (in Romanian).
15. Dragan I., Banabic D., Achimas Gh., Determination of FLDs for vibratory loading, Proc. of the IInd Nat. Conf. Technology and Machine for Cold Forming, Vol.1, Cluj-Napoca, 1989, p.141-146 (in Romanian).
16. Banabic D., Tapalaga I., Moga I., Optimum punch speed in deep-drawing at cryogenic temperatures, Proc. of the IIIth Nat. Conf. Technology and Machine for Cold Forming, Timisoara, 1991, p.21-29 (in Romanian).
17. Banabic D., Dragan I., Achimas Gh., Methods of determining the FLDs in vibrating conditions, Proc. of the 5th International Conference on Metal Forming, Gyor, 1991, p. L225-L230.
18. Banabic D.,Tapalaga I.,Moga I.,Influence of punch speed on deep-drawing at cryogenic temperature, Proc. of the 5th International Conference on Metal-Forming, Gyor, 19-21 June 1991, p.L60-L68.
19. Banabic D., S. Valasutean, T. Balan, The effect of low frequency vibrations on FLDs using the M-K theory, Proc. of the XIIth Int. Conf. on Machine Tools, Budapest, 1992, p.133-137.
20. Banabic D., Moga I., The optimum punch speed on deep-drawing at cryogenic temperature, The 4th International Conference on Numerical Methods in Industrial Forming Process- NUMIFORM'92 , Sophia Antipolis, France, Sept.1992, p.403-408.
21. Banabic D., Achimas Gh., Dorr I.R., The influence of pulsatory straining on FLD, Proc. 4th International Conf. on Technology of Plasticity, Beijing, Sept.1993, p.1923-1928.
22. Banabic D., Dorr I.R., FLD in pulsatory loading, In: Proc. of the IVth National Conf. Technology and Machine for Cold Forming (vol.II), Bucuresti, 1993, p.195-200 (in Romanian).
23. Banabic D., Dorr I.R., Theoretical and experimental researches in formability on deep-drawing steel sheet, In: Proc.of the 18th Biennial Congress, Lisbon, May 1994, p.473-478.
24. Banabic D., Mathematical modelling of the forming limit diagrams using the new Hill's yield criterion, Proc. of the 2th Int. Conf. Design to Manufacture in Modern Industry "DMI'95", Bled, May 1995, p.109-114.
25. Banabic D., Analysis of punch-stretching in vibratory regime, Proc. of the Int. Conf. “METAL FORMING ‘96", Krakow, 1996, p. 201-204.
26. Banabic D., A new model of the forming limit diagrams using the new Hill-1993 yield criterion, Proc. of the Int. Conf. on Modelling and Simulation in Metallurgical Engineering and Material Science “MSMM’96", Beijing, 1996.
27. Banabic D., Achimas Gh., Comsa D. S. , Deep drawing by avoiding the flange thickening, Proc. of the Int. Conf. on Modelling and Simulation in Metallurgical Engineering and Material Science “MSMM’96", Beijing, 1996.
28. Banabic D., Forming limit diagrams predicted by using the new Hill's yield criterion, Proc. of the 3th Int. Conf. on Numerical Simulation of 3-D sheet forming processes “NUMISHEET’96", Dearborn- Michigan, 1996, p.240-245.
29. Banabic D., Modelling of the punch stretching process in a vibrating regime, Proc. of the 5th on Technology of Plasticity “ICTP’96", Columbus- Ohio, 1996, p.839-842.
30. Banabic D., Mathematical model of the Forming Limit Diagram using the new Hill’s yield criterion, In: Advanced Sheet Metal Forming, Proc. of the 19th Biennial IDDRG Congress, Eger, 1996, p. 407-414.
31. Banabic D., Brief review of the Romanian researches concerning the sheet-metal forming, IDDRG Meeting Group II-Materials, Eger, 1996, p. WGII 4.1-4.10.
32. Banabic D. Stretchability of aluminium sheets in pulsatory straining, In: Proc. of Int. Conf. on Industrial Tools (ICIT’97), Maribor, 1997, p. 83-87.
33. Banabic D. Limit strains in the sheet metals by using the new Hill’s yield criterion (1993), In: Proc. of the „Advances in Materials and Processing Technologies (AMPT’97)“, Guimaraes, Portugal, 1997, p. 344-349.
34. Banabic D., Dannenmann E. The influence of the yield locus shape on the limits strains, 6th Int. Conf. ”Achievements in the Mechanical and Materials Engineering“, Gliwice and Miskolc, 1997, p. 235-240.
35. Banabic D., Müller W., Pöhlandt K. Experimental determination of yield loci for sheet metals, First Conf. ESAFORM ’98, Sophia Antipolis, France, p. 179-182.
36. Banabic D., Müller W., Pöhlandt K. Determination of yield loci from cross tensile tests assuming various kinds of yield criteria, In: Proc. of the IDDRG Biennial Congress, Bruxelles, 1998, p. 343-349.
37. Pohlandt K., Banabic D., Anmerkung zu den drei Fliesskriterien nach Hill, In: 44th Metalkunde-Kolloquium “Werkstoffe. Einsatz und Entwicklungstendenzen”, Montanuniversitaet Leoben, Austria, 1998, p.1-17.
38. Banabic D., Comsa D. S. , Balan T., Raulea L.V., Steps towards intelligent process design in metal forming, 9th DAAAM Int. Symposium, Cluj-Napoca, 1998, p.025-027.
39. Banabic D., Balan T., Pohlandt K., Some comments on the Hosford-type yield criteria, Proc. of 3th Workshop “Simulation in der Umformtechnik”, Stuttgart, 1999, p.1-23.
40. Banabic D., Some comments on the new Hill’s anisotropic yield criteria, Int. Conference in Industrial Tools, Maribor, 1999, p.79-85 (invited paper).
41. Banabic D., Müller W., Pöhlandt K., Anisotropic Yield Surfaces and Forming Limits of Sheet Metals, The Fourth Int. Conference and Workshop on Numerical Simulation of 3D Sheet Forming Processes "NUMISHEET'99", Besancon, 1999, p.419-424.
42. Banabic D., Balan T., Comsa D. S. , Closed–form solution for bulging through elliptical dies, Int. Conf. on Sheet Metal "SHEMET'99", Erlangen, 1999, 623-628.
43. Banabic D., Balan T., Pöhlandt K., Analitical and experimental investigation on anisotropic yield criteria, 6th Int. Conf. on Technology of Plasticity "ICTP'99", Nuremberg, 1999, p.1411-1416.
44. Banabic D., Balan T., Comsa D. S. , Müller W., Pöhlandt K., A new criterion for anisotropic sheet metals, 8th Int. Conf. Achievements in the Mechanical and Materials Engineering“, Gliwice, 1999, p.33-36 (invited paper).
45. Balan T., Banabic D., Comsa D. S. , Numerical die design technique for the extrusion process, 8th Int. Conf. Achievements in the Mechanical and Materials Engineering“, Gliwice, 1999, p.29-33.
46. Banabic D., a.o., Experimental validation of a new anisotropic yield criterion, The 3th ESAFORM Conf., Stuttgart, 2000, p. VI.39-VI.43.
47. Zucko M, Pöhlandt K., Lange K., Banabic D., Effects of anisotropy parameters of axisymmetric bars and tubes on metal forming processes, The 3th ESAFORM Conf., Stuttgart, 2000, p. IX.14-IX.17.
48. Banabic D., Kuwabara T, Balan T., Experimental validation of some anisotropic yield criteria, The 7th Conference „TPR2000“, Cluj Napoca, 2000, 109-116.
49. Banabic D., Boudeau D., Gelin J.C., Prediction of sheet necking from two theoretical approach, The 7th Conference „TPR2000“, Cluj Napoca, 2000, p. 101-108.
50. Banabic D., Balan T., Comsa D. S. , A new yield criterion for orthotropic sheet metals under plane –stress conditions, The 7th Conference „TPR2000“, Cluj Napoca, 2000, p.217-224.
51. Banabic D., a.o., Proposal for a new anisotropic yield criterion, The IDDRG Congress, Ann Arbor, Michigan, 2000, p.229-233.
52. Banabic D., Balan T., Comsa D. , Yield criterion for orthotropic sheet metals, The 8th Int. Conf. Metal Forming 2000, Krakow, 2000, p.713-716.
53. Banabic D., a.o., Comments on a new anisotropic yield criterion, The 2000 International Mechanical Engineering Congress and Exposition (IMECE2000), Orlando-Florida, 2000.
54. Banabic D., Comsa D. S. ., Keller S., Wagner S., Siegert K., An yield criterion for orthotropic sheet metals, TMS Symposium: Innovations in processing and manufacturing of sheet materials (Ed. M. Demeri), New Orleans, Louisiana, 2001, p. 145-159.
55. Banabic D., Comsa D. S. , Boucher D., Wagner S., Siegert K., Anisotropic behaviour of AA3003-0 aluminium alloy, Conf. ESAFORM 2001, Liege, 2001, p.297-301.
56. Banabic D., Balan T., Comsa D., Validation of an yield criterion for sheet metals, Int. Conference in Industrial Tools (ICIT 2001), Maribor, 2001, (invited paper).
57. D. Banabic, Theoretical models of the Forming Limit Diagrams, Proc. 5th Workshop “Simulation in der Umformtechnik. Instabilität in der Blechumformung”, Stuttgart, 2002, p. 3.1-3.15.
58. K. Pöhlandt, D. Banabic, K. Lange,. Description of the yield loci using the equi-biaxial anisotropy coefficient, Proc. 5th Workshop “Simulation in der Umformtechnik. Instabilität in der Blechumformung“, Stuttgart, 2002, p. 2.23-2.26.
59. D. S. Comsa, D. Banabic, J.C. Gelin, S. Wagner, K. Siegert, Finite element simulation of the hydroforming process using a new yield criterion, ESAFORM Conference, Krakow, 2002, p.691-695.
60. K. Pöhlandt, D. Banabic, K. Lange, Equi-biaxial anisotropy coefficient used to describe the plastic behavior of sheet metal, ESAFORM Conference, Krakow, 2002, 723-727.
61. M.C. Butuc, A. Barata da Rocha, J.J Gracio, J. Duarte, P. Jurco, D. S. Comsa , D. Banabic, Influence of constitutive equations and strain-path change on the forming limit diagram for AA5182-T4 aluminum alloy, ESAFORM Conference, Krakow, 2002, 715-719.
62. Vulcan M., Banabic D., Siegert K., Superplastische Umformung von Aluminium, Int. Conf. „New Developments in Sheet Metal Forming Technology“, Stuttgart, 2002.
63. D. S. Comsa, D. Banabic, J.C. Gelin, S. Wagner, K. Siegert, Simulation of the hydroforming process using an orthotropic yield criterion, NUMISHEET'02, Jeju Island, Korea, 2002, p. 55-60.
64. F. Barlat, D. Banabic, O. Cazacu, Anisotropy in sheet metals, NUMISHEET'02, Jeju Island, Korea, 2002, p.515-524 (Keynote paper).
65. D. Banabic, D. S. Comsa, T. Kuwabara, E. Iizuka, T. Hira, S. Wagner, K. Siegert, Description of the plastic behaviour of sheet metals using a new orthotropic yield criterion, ICTP'02, Yokohama, 2002, p.1531-1536.
66. T. Kuwabara, D. S. Comsa, D. Banabic, E. Iizuka, Anisotropic behaviour modelling for steel sheets using different yield criteria, AEPA '02, Sydney, 2002, p.841-846.
67. L. Paraianu, D. S. Comsa, P. Jurco, G. Cosovici and D. Banabic, Finite Element Calculation of Forming Limit Curves, AMME 2002 Conf., Gliwice, 2002, p.425-428.
68. K. Pöhlandt, D. Banabic, K. Lange, Determining Yield Loci of Sheet Metal by Uniaxial and Plane-Strain Experiments, ICIT 2003 Conference, Bled, 2003, p. 165-175.
69. L. Paraianu, D. S. Comsa, G. Cosovici, P. Jurco, and D. Banabic, An improvement of the BBC2000 yield criterion, ESAFORM 2003 Conference, Salerno, 2003, p. 215-219.
70. G. Cosovici, D. S. Comsa, L. Paraianu, P. Jurco, and D. Banabic, Implementation of a rigid–plastic membrane model in the ABAQUS/Standard finite-element code, ESAFORM 2003 Conference, Salerno, 2003, p. 235-239.
71. K. Siegert, S. Jäger, M. Vulcan, D. Banabic, An analytical approach of bulging of magnesium sheet metal (Keynote paper), ESAFORM 2003 Conference, Salerno, 2003, p. 163-167.
72. K. Siegert, M. Vulcan, D. Banabic, The influence of the pulsating strain rates on the deformation behaviour of superplastic formed Al-alloy AA5083, ICSAM Conference, Oxford, 28-30 July 2003.
73. D. Banabic, G. Cosovici, D. S. Comsa, S. Wagner, K. Siegert, Validation of the anisotropic yield criteria through bulge test, Int. Conf. on Hydroforming, Stuttgart, Oct. 2003, p. 481-499.
74. D. Banabic, D. S. Comsa, L. Paraianu, G. Cosovici, P. Jurco, Prediction of the yield loci for anisotropic materials using uniaxial and plane-strain tensile tests, Int. Conf. on Manufacturing Science and Education-MSE2003, Sibiu, 2003, p.11-15.
75. D. Banabic, Modern yield criteria for anisotropic materials, Proc. of the 7th Workshop “Simulation in der Umformtechnik”, March 25th, 2004, ISD, Stuttgart, p. 3.1-3.10.
76. D. Banabic, D. S. Comsa, P.Jurco, S. Wagner, S. He, P. Van Houtte, Prediction of forming limit curves from two anisotropic constitutive models (Keynote paper), ESAFORM 2004 Conference, Trondheim, 2004, p. 455-459.
77. Banabic D., Comsa D. S., Cosovici G., Wagner S., New Developments in Plastic Anisotropic Behaviour of Aluminium Sheet Metals, Int. Conf. „New Developments in Sheet Metal Forming Technology“, Stuttgart, 2004, p. 429-442.
78. G. Cosovici, D. S. Comsa, D. Banabic, S. Wagner, K. Siegert, Simulation of the hydroforming processes using a new orthotropic yield criterion, in: “Forming the future”, Proc. of the IDDRG 2004 Conf., May 2004, Sindelfingen, p. 334-344.
79. D. Banabic, D. S. Comsa, P. Jurco, S. Wagner, M. Vos, An Improvement of the Anisotropy and Formability Predictions of Aluminum Alloy Sheets, Proc. of the NUMIFORM 2004 Conf., Columbus, Ohio, 2004, Springer, p.760-765 (ISBN 0-7354-01888-8).
80. D. Banabic, Recent Achievements in Plastic Anisotropy, Proc. of the World Congress on Computational Mechanics-WCCM , Beijing, Sept. 2004, p. 217-223, (ISBN 7-302-09343-1).
81. Jurco P., Banabic D., A user-friendly programme for analyzing the anisotropy and formability of sheet metals, Proc. of the IDDRG 2005 Conference, Besancon, 2005, p. 12.1-12.8.
82. Banabic, D. O. Cazacu,  L. Paraianu, P. Jurco, Recent Developments in the Formability of Aluminum Alloys, Proc. of  the NUMISHEET 2005 Conference, Detroit, 2005, .p.466-472.
83. Banabic D., Vulcan M., Bulge testing under constant and variable strain rates of superplastic aluminium alloys, CIRP 2005 Conference, Antalya, Turkey, p. 205-209.
84. A. Barata da Rocha, M. C. Butuc, J. J. Gracio, D. Banabic, Forming limit strains calculation for an aluminium alloy by applying advanced phenomenological yield criteria, Proc. of the “Plasticity 2005” International Symposium, Hawaii, Jan. 2005.
85. G. Cosovici, D. Banabic, A Deep Drawing Test Used to Evaluate the Performances of Different Yield Criteria, Proc. of the 8th ESAFORM Conference on Material Forming, Editor: D. Banabic, The Publishing House of the Romanian Academy, Bucharest, 2005, p.329-333.
86. L. Paraianu, D. Banabic, Calculation of Forming Limit Diagrams Using a Finite Element Model, Proc. of the 8th ESAFORM Conference on Material Forming, Editor: D. Banabic, The Publishing House of the Romanian Academy, Bucharest, 2005, p.419-423.
87. P. Jurco, D. Banabic, A User-Frienldy Programme for Calculating Forming Limit Diagrams, Proc. of the 8th ESAFORM Conference on Material Forming, Editor: D. Banabic, The Publishing House of the Romanian Academy, Bucharest, 2005, p.423-427.
88. D. Banabic, H. Aretz, L. Paraianu, P. Jurco, M. Vos, Theoretical Models for the Determination of Forming Limit Diagrams, Proc. of the 8th ESAFORM Conference on Material Forming, Editor: D. Banabic, The Publishing House of the Romanian Academy, Bucharest, 2005, p.427-431.
89. D. Banabic, S. Li, A. Van Bael, P. Van Houtte, Description of the Anisotropic Yield Behaviour of Aluminium Alloy Sheets using Phenomenological and Texture Based Yield Criteria (keynote paper), Proc. of the 8th ESAFORM Conference on Material Forming, Editor: D. Banabic, The Publishing House of the Romanian Academy, Bucharest, 2005, p. 431-435.
90. D. Banabic, O. Cazacu, L. Paraianu, P. Jurco, M. Vos, A better prediction of the forming limits, MTeM Conference, Cluj Napoca, 2005, p.59-63.
91. D. Banabic, Numerical prediction of FLC using the M-K-Model combined with advanced material models, FLC 2006 Conference, Zurich, 2006, p.37-42.
92. D. Banabic, J. Huetink, Determination of the yield locus by means of temperature measurement, 9th ESAFORM Conference, Glasgow, 2006, p.359-363.
93. L. Paraianu, D. S. Comsa, J.J. Gracio, D. Banabic, Influence of yield locus and strain-rate sensitivity on the Forming Limit Diagrams, 9th ESAFORM Conference, Glasgow, 2006, 343-347.
94. D. Banabic, Verbesserung die Genauigkeit der Grenzformaenderungsimulation durch die neues Materialmodelle, Internationale Conference „New Developments in Sheet Metal Forming“, Stuttgart, 2006, p.389-402.
95. D. Banabic, L. Paraianu,  P. Jurco, M. Vos, Improving of the forming limits prediction by using new constitutive laws, IDDRG Conference, Porto, 2006, p.51-58.
96. G. Cosovici, D. S. Comsa, D. Banabic, Evaluation of the performances of the different yield criteria by using the deep drawing test, SISOM Conf., Bucuresti, 2006, p.458-464.
97. L. Paraianu, D. Banabic, Predictive accuracy of different yield criteria, SISOM Conf., Bucuresti, 2006, p.465-574.
98. D. Banabic, M. Vos, L. Paraianu, P. Jurco, Theoretical Prediction of the Forming Limit Band, 10th ESAFORM Conference, Zaragoza, 2007, p.368-373.
99. K. Pöhlandt, K. Lange, D. Banabic, J. Schöck, Consistent Parameters for Plastic Anisotropy of Sheet Metal (Part 1-Uniaxial and Biaxial Tests), 10th ESAFORM Conference, Zaragoza, 2007, p.374-379.
100. K. Pöhlandt, K. Lange, D. Banabic, J. Schöck, Consistent Parameters for Plastic Anisotropy of Sheet Metal (Part 2- Plane-strain and Compression Tests), 10th ESAFORM Conference, Zaragoza, 2007, p.380-385.
101. M. Vos, D. Banabic, The forming limit band – a new tool for increasing the robustness in the simulation of sheet metal forming processes, IDDRG 2007 International Conference, Győr, 2007, p. 165-177.
102. D. Banabic, M. Vos, L. Paraianu, P. Jurco, Increasing the Robustness of the Sheet Metal Forming Simulation by the Prediction of the Forming Limit Band, The 9th International Conference on Numerical Methods of Industrial Forming Processes, NUMIFORM 2007, Porto, 2007, p.171-178.
103. D. Banabic, D. S. Comsa, L. Paraianu, A method for the evaluation of the accuracy of anisotropic yield criteria, Proc. of the “Sheet Metal Forming-SMF 2007” Conference, Bombay, Dec. 2007, 14.1-14.12.
104. D. Banabic, Material models for sheet metal forming simulation, Proc. of  the Symposium “Automotive Sheet Metal Forming”, Jamshedpur, India, Dec. 2007.
105. S. Soare, D. Banabic, About the mechanical data required to describe the anisotropy of thin sheets to correctly predict the earing of deep-drawn cups, ESAFORM 2008 Conference, Lyon, April 2008.
106. D. S. Comsa, D. Banabic, Plane-stress yield criterion for highly-anisotropic sheet metals, Numisheet 2008, September 1-5, 2008 – Interlaken, Switzerland.
107. S. Soare, D. Banabic, On the effect of the normal pressure on the forming limit curves, Numisheet 2008, September 1-5, 2008 – Interlaken, Switzerland.
108. D. Banabic, D.S. Comsa, M. Sester, M. Selig, W. Kubli, K. Mattiasson, M. Sigvant, Influence of constitutive equations on the accuracy of prediction in sheet metal forming simulation, Numisheet 2008, September 1-5, 2008, Interlaken, Switzerland
109. W. Hußnätter, D. Banabic, M. Merklein, M. Geiger, Characterization of yielding of magnesium alloy AZ31 with BBC2005, ICTP Conference, Gyongyu, Korea, Sept. 2008.
110. S. Soare, D. Banabic, Application of a polynomial yield function to the predictions of limit strains, Material Forming 2008, Krakow, Sept. 2008.
111. L. Paraianu, D. Banabic, A new method for the evaluation of the yield criteria accuracy, 16th Conference Computer methods in materials technology, KOMPLASTECH2009, Krynica-Zdroj, Jan. 2009.
112. I. Bichis, G. Dragos, L. Paraianu, S. Comsa, D. Banabic, Theoretical and Experimental Determination of The FLCs for DC01 Steel Sheets, In the Proc. of the 4th International Conference on manufacturing science and education, MSE 2009, Sibiu, 2009, p.7-10.
112. G. Dragoş, D. Banabic, Variability of the mechanical parameters describing the plastic behaviour of the DC01 steel sheets, Proc. MTeM 2009, Cluj Napoca, p. 73-76.
113. G. Dragoş, D. Banabic, Formability of the DC01 steel sheets, Proc. MTeM 2009, Cluj Napoca, p.77-42.
114. D. Banabic, The doctoral studies in Romania: a critical a on Sheet Metal SHEMET 2011, Leuven, 14-18 April 2011.
115. L. Lăzărescu, D.S. Comsa, D. Banabic, Determination of stress-strain curves of sheet metals by hydraulic bulge test, ESAFORM 2011, 27-29 April 2011
116. L. Paraianu, I. Bichis, D. Banabic, Variability analysis of the mechanical parameters in order to determine the Forming Limit Band, ESAFORM 2011, 27-29 April 2011
117. D. Banabic, Sester, M., The Influence of the Constitutive Equations on the Accuracy of Sheet Metal Forming Processes Simulation, DieMold Conference, Ankara, June 2011
118. Capustiac, B. Hesse, D. Banabic, D. Schramm, Importance of Introducing Motion Cues in a Driving Simulator, International Conference on Applied Simulation and Modelling, 22-24 June, 2011, Crete, Grecia.
119. L. Lăzărescu, D.S. Comsa, D. Banabic, Determination of stress-strain curves of sheet metals by hydraulic bulge test, ESAFORM 2011, AIP Conf. Proc. Vol.1353(2011), 1429-1434.
120. D.S. Comsa, L. Paraianu, I. Bichis, D. Banabic, A new formulation of the MMFC to avoid the numerical instability, 4th Forming Technology Forum, Zurich, 2011, p.59-62
121. M. Vrh, M. Halilovič, B. Starman, B. Štok, D.S. Comsa, D Banabic, Earing prediction in cup drawing using the BBC2008 yield criterion, Numisheet 2011, Seoul, August 2011, 142-149

E. Patents

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