Lista das publicações Livros e capítulos em livros 1. A - (DECA
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Lista das publicações Livros e capítulos em livros 1. A - (DECA
Lista das publicações Livros e capítulos em livr os 1. A. Litewka, “Anizotropia plastyczna materialow perforowanych”, Wydawnictwo Politechniki Poznanskiej, Rozprawy 111, Poznan 1980. 2. A. Litewka, “Uszkodzenie i pekanie metali w warunkach pelzania”, Wydawnictwo Politechniki Poznanskiej, Rozprawy 250, Poznan 1991. 3. A. Litewka, “Wytrzymalosc materialow”, cz.1, Wydawnictwo Politechniki Poznanskiej, Poznan 1997. 4. A.Litewka, J. Bogucka, J. Debinski, "Anisotropic Behaviour of Damaged Concrete and Fibre Reinforced Concrete", Charter 6 in: Anisotropic Behaviour of Damaged Materials, red.: J Skrzypek, A. Ganczarski, Springer Verlag, BerlinHeidelberg, 2003, 185219. 5. A. Litewka, P. Litewka, „Structural mechanics in historical architecture”, Poznan University of Technology Press, Poznań 2006, (in Polish), 372 pages. Artigos em volumes monográficos 6. A. Litewka, “Podstawy fotoplastycznosci” in: O celach i metodach pomiarów odksztalcen i naprezen w materialach i konstrukcjach budowlanych, ed: M. Brandt, Ossolineum, PAN, WroclawWarszawa 1975, 187204. 7. A. Litewka, A. Sawczuk, “On a continuum approach to plastic anisotropy of perforated materials”, in: Mechanical Behavior of Anisotropic Solids, ed.: J.P.Boehler, Edit. C.N.R.S, M. Nijhoff, ParisHague 1982, 802817. 8. A. Litewka, A. Sawczuk, “Experimental evaluation of the overall anisotropic material response on continuous damage, in: Mechanics of Material Behavior, the D.C. Drucker Anniversary Volume, ed.: G. J. Dvorak, R.T. Shield, Elsevier, AmsterdamNew York 1984, 239252. 9. A. Litewka. “Continuum description of mechanical behaviour for materials with heterogeneous oriented structure” in: Continuum Models of Discrete Systems, ed.: A.J.M. Spencer, A.A. Balkema, Rotterdam 1987, 1520. 10. A. Litewka, Z. Lis, “Creep damage and creep rupture of metals”, in: Applied Stress Analysis, ed.: T.H. Hyde, E. Ollerton, Elsevier, London 1990, 201210. 11. A. Litewka, “Analytical and experimental study of fracture of damaging solids”, in: Yielding, Damage and Failure of Anisotropic Solids, ed.: J.P. Boehler, Mechanical Engineering Publ. Ltd., London 1990, 655665. 12. A. Litewka, “Continuum model for creep damage of metals”, in: Continuum Models and Discrete Systems, ed.: G.A. Maugin, Longman Scientific and Technical, Harlow 1991, t. 2, 163168. 13. A. Litewka, Z. Lis, “Creep rupture of metals under triaxial state of stress”, in: Creep in Structures, ed.: M. Zyczkowski, Springer Verlag, BerlinWien 1991, 371378. 14. A.Litewka, J. Bogucka, J. Debinski, "Anisotropic Behaviour of Damaged Concrete and Fibre Reinforced Concrete", in: Anisotropic Behaviour of Damaged Materials, ed.: J Skrzypek, A. Ganczarski, Springer Verlag, BerlinHeidelberg, 2003, 185219. Artigos em revistas 15. R.S. Doroszkiewicz, A. Litewka, “Dorazne badania wlasnosci mechanicznych i elastooptycznych materialow uzywanych w elastooptyce”, Mechanika Teoretyczna i Stosowana, 1, 2 (1964), 4559. 16. A. Litewka, “Wyznaczanie metoda elastooptyczna sil przekrojowych w ramach”, Zeszyty Naukowe Politechniki Poznanskiej, Budownictwo Ladowe, 8, (1966), 155171. 17. A. Litewka, “Polaryzacyjnooptyczna metoda wyznaczania skladowych plaskiego stanu naprezenia w obszarze plastycznym”, Rozprawy Inzynierskie, 4, 17 (1969), 693704. 18. A. Litewka, “Modelowanie plaskich sprezystoplastycznych zagadnien fotoplastycznosci”, Mechanika Teoretyczna i Stosowana, 1, 8 (1970), 1926. metoda 19. A. Litewka, “Metodyka badan i obliczanie naprezen w fotoplatycznosci”, Zeszyty Naukowe Politechniki Poznanskiej, Budownictwo Ladowe, 14 (1970), 4968. 20. A. Litewka, “Obecny stan badan w dziedzinie fotoplastycznosci”, Zeszyty Naukowe Politechniki Poznanskiej, Budownictwo Ladowe, 15 (1971), 2343. 21. A. Litewka, “Warunek podobienstwa wspólczynnika skurczu poprzecznego w fotoplastycznosci”, Mechanika Teoretyczna i Stosowana, 4, 10 (1972), 599606. 22. H. Fessler, A. Litewka, M. Perla, “Repeated use of frozenstress photoelastic models”, Journal of Strain Analysis, 3, 11 (1976), 186190. 23. A. Litewka, “Plastic flow of anisotropic aluminium alloy sheet metals”, Bulletin de l’Academie Polonaise des Sciences, 6, 25 (1977), 475484. 24. A. Litewka, “Niestowarzyszone prawo plyniecia anizotropowych plastycznie stopow aluminium”, Mechanika Teoretyczna i Stosowana, 4, 15 (1977), 491499. 25. A. Litewka, “Experimental study of the effective yield surface of the perforated materials”, Nuclear Engineering and Design, 2, 57 (1980), 417425. 26. A. Litewka, A. Sawczuk, “A yield criterion for perforated sheets”, IngenieurArchiv, 50 (1981), 393400. 27. A. Litewka, A. Sawczuk, “Plasticity of perforate metal sheets with triangular penetration patterns”, Res Mechanica Letters, 6, 1 (1981), 253259. 28. A. Litewka, E. Rogalska, “Stan naprezenia przy niesymetrycznym rozciaganiu osiowym materialów perforowanych”, Mechanika Teoretyczna i Stosowana, 2, 19 (1981), 285299. 29. A. Litewka, J. Stanislawska, “Experimental simulation of anisotropic damage”, Mechanika Teoretyczna i Stosowana, 23, 21 (1983), 361370. 30. A. Litewka, E. Rogalska, “Analysis of yield criteria for perforated plates”, Res Mechanica, 4, 9 (1983), 207218. 31. A. Litewka, A. Sawczuk, J. Stanislawska, “Simulation of oriented continuous damage evolution”, Journal de Mécanique Théorique et Appliquée, 5, 3 (1984), 675688. 32. A. Litewka, J. Morzynska, “Modelowanie zniszczenia materialu z anizotropowym uszkodzeniem”, Rozprawy Inzynierskie, 12, 33 (1985), 8199. 33. A. Litewka, “Effective material constants for orthotropically damaged elastic solids”, Archives of Mechanics, 6, 37 (1985), 631642. 34. A. Litewka, “On stiffness and strength reduction of solids due to crack development”, w: Mechanics of Damage and Fatigue, red.: S.R. Bodner, Z. Hashin, Pergamon Press, New York Oxford 1986, Engineering Fracture Mechanics, 56, 25 (1986), 637643. 35. A. Litewka, J. Morzynska, E. Rogalska, “Teoretycznodoswiadczalne badania wlasciwosci mechanicznych materialu z peknieciami”, Rozprawy Inzynierskie, 4, 35 (1987), 705719. 36. A. Litewka, J. Hult, “One parameter CDM model for creep rupture prediction”, European Journal of Mechanics, A/Solids, 3, 8 (1989), 185200. 37. A. Litewka, E. Rogalska, “Mechanizm pekania uszkodzonego ciala stalego”, Mechanika Teoretyczna i Stosowana, 3, 27 (1989), 445457. 38. A. Litewka, “Creep rupture of metals under multiaxial state of stress”, Archives of Mechanics, 1, 41 (1989), 323. 39. A. Litewka, J. Morzynska, “Theoretical and experimental study of fracture for a damaged solid”, Res Mechanica, 3, 27 (1989), 259272. 40. Z. Lis, A. Litewka, “Theoretical model of creep fracture under triaxial state of stress”, Nuclear Engineering and Design, 3, 144 (1993), 497508. 41. Z. Lis, A. Litewka, “Potentialities of CDM creep rupture model”, Mathematical Modelling and Scientific Computing, 24, 5 (1995), 148158. 42. A. Litewka, J. Bogucka, J. Debinski, “Deformation induced anisotropy of concrete”, Archives of Civil Engineering, 4, 42 (1996), 425445. 43. J. Bogucka, J. Debinski, A. Litewka, A. Mesquita, “Experimental verification of mathematical model for oriented damage of concrete”, Mecânica Experimental, nº 2, (1998), 1118. 44. A. Litewka, J. Bogucka, J. Debinski Analytical and experimental study of damage induced anisotropy of concrete" Foundations of Civil and Environmental Engineering, nr. 2, (2002), 101124. 45. A. Litewka, J. Debinski, “Damageinduced anisotropy and deformability of brittle rocklike materials", Key Engineering Materials, 230232 (2002), 505508. 46. A. Litewka, J.Debinski, “Loadinduced oriented damage and anisotropy of rocklike materials”, International Journal of Plasticity, 12, 19 (2003), 21712191. 47. A. Litewka, L. Szojda, Triaxial tests for brittle materials: motivation, technique, results, Civil and Environmental Engineering Reports, 1, (2005), 169188. 48. A. Litewka, L. Szojda, “Damage and fracture of brittle materials subjected to triaxial compression”, Archives of Mechanics, vol. 57, 6 (2005), 477471. 49. A. Litewka, L. Szojda, “Damage, plasticity and failure of ceramics and cementitious composites subjected to multiaxial state of stress”. International Journal of Plasticity, (2006), in press. Artigos em actas dos congressos 50. A. Litewka, “Wstepne badania plastycznej scisliwosci stopów aluminium”, Prace II Konf. Nauk. Wydz. Budownictwa Ladowego Politechniki Poznanskiej, t. 1, Poznan 1973, 139144. 51. H. Fessler, M. Perla, A. Litewka, “Mozliwosc wielokrotnego uzycia trójwymiarowego modelu w technice zamrazania naprezen”, VII Sympozjum Doswiadczalnych Badan w Mechanice Ciala Stalego, Warszawa 1976, 159170. 52. A. Litewka, “Nieprawidlowosci plastycznego plyniecia anizotropowego stopu aluminium PA4”, VII Sympozjum Doswiadczalnych Badan w Mechanice Ciala Stalego, Warszawa 1976, 322332. 53. A. Litewka, E. Rogalska, “Badania plastycznosci materialu perforowanego przy osiowym rozciaganiu”, VIII Sympozjum Doswiadczalnych Badan w Mechanice Ciala Stalego, Warszawa 1978, 179190. 54. A. Litewka, E. Rogalska, “Plastic flow of the perforated materials with square penetration pattern”, Transactions of 5th International Conference on Structural Mechanics in Reactor Technology, North Holland, Amsterdam 1979, t. L, L12/9, 18. 55. A. Litewka, E. Rogalska, “Efektywna powierzchnia plastycznego plyniecia materialow perforowanych”, IX Sympozjum Doswiadczalnych Badan w Mechanice Ciala Stalego, Warszawa 1980, 263266. 56. A. Litewka, J. Stanislawska, “Doswiadczalna symulacja anizotropowego uszkodzenia materialu”, X Sympozjum Doswiadczalnych Badan w Mechanice Ciala Stalego, Warszawa 1982, 226229. 57. A. Litewka. J. Morzynska, “Doswiadczalna weryfikacja teoretycznego modelu zniszczenia materialu uszkodzonego”, XI Sympozjum Doswiadczalnych Badan w Mechanice Ciala Stalego, Warszawa 1984, 243246. 58. A. Litewka, “Zastosowanie tensora uszkodzenia do opisu wlasnosci sprezystych materialu z peknieciami”, Prace IV Konferencji Naukowej Wydzialu Budownictwa Ladowego Politechniki Poznanskiej, Poznan 1985, 183189. 59. A. Litewka, J. Morzynska, “On yielding and fracture of damaged materials”, Trans. of 8th International Conference on Structural Mechanics in Reactor Technology, NorthHolland, Amsterdam 1985, t. L, L6/2, 281286. 60. A. Litewka, “Yield criterion for materials with oriented damage”, Proc. of International Conference on Nonlinear Mechanics, red.: Chien Weizang, Science Press, Beijing 1985, 578 583. 61. A. Litewka, E. Rogalska, “Yield criteria for materials with oriented structure”, Proc. of 5th National Congress on Theoretical and Applied Mechanics, Warna 1985, t. 2, 378383. 62. A. Litewka, “Failure criterion for materials with anisotropic damage”, Proc. of 9th Congress on Material Testing, Budapest 1986, t. 1, 328329. 63. A. Litewka, “Creep rupture criterion for metals”, Prace 3. Sympozjum nt. Problemów Pelzania, Bialystok 1989, 295302. 64. Z. Lis, A. Litewka, “Theoretical model of creep fracture under triaxial state of of stress”, Transactions of 11th International Conference on Structural Mechanics in Reactor Technology, Tokyo 1991, t. L, L17/3, 373378. 65. A. Litewka, “Interaction between tertiary creep, damage growth and plasticity”, Proc. 2nd International Conference of Nonlinear Mechanics, red.: Chien Weizang, Peking University Press, Beijing 1993, 324327. 66. A. Litewka, J. Bogucka, J. Debinski, “Doswiadczalna identyfikacja stalych materialowych betonu podlegajacego uszkodzeniu”, XVII Sympozjum Mechaniki Eksperymentalnej Ciala Stalego, JachrankaWarszawa 1996. 392397. 67. A. Litewka, J. Debinski, “Anizotropowy model odksztalcalnosci betonu w zlozonyym stanie naprezenia”, XLII Konferencja Naukowa »Krynica ‘97«, PoznanKrynica 1997, t. VI, 5764. 68. A. Litewka, J. Debinski, A. Mesquita, “Stressstrain relations for concrete subjected to oriented damage”, Proc. 32nd Solid Mechanics Conference, Zakopane 1998, 241242. 69. A. Litewka, J. Bogucka, J. Debinski, “Doswiadczalna analiza akumulacji zorientowanego uszkodzenia betonu”, XVIII Sympozjum Mechaniki Eksperymentalnej Ciala Stalego, Jachranka 1998, 301306. 70. A. Litewka, J. Bogucka, J. Debinski, “Application of oriented damage theory in mechanics of concrete”, Proceedings of 3rd International Conference on Analytical Models and New Concepts in Mechanics of Concrete Structures, Oficyna Wydawnicza Politechniki Wroclawskiej, Wroclaw 1999, 159166. 71. A. Litewka, J. Debinski, “Oriented damage and deformability of brittle materials", Proc. 33rd Solid Mechanics Conference, Zakopane 2000, 263264. 72. A. Litewka, Z. Lis, "Thermal damage and rupture of metals subjected to multiaxial cycling loading", Proceedings of Fourth International Congress on Thermal Stresses, Osaka 2001, 379 382. 73. A. Litewka, J. Bogucka, J. Debinski, “Experimental study of damage growth in fibre reinforced concrete", Proceedings of 4th International Conference on Analytical Models and New Concepts in Concrete and Masonry Structures, Krakow 2002, 101106. 74. A. Litewka, J. Debinski, “Experimental study of plasticity and oriented damage for concrete composites”, in: Dislocations, Plasticity and Metal Forming, ed.: A.S. Khan, Proc. of Plasticity ’03, The Tenth International Symposium on Plasticity and its Current Applications, NEAT Press, Fulton 2003, 442444. 75. A. Litewka, P. Almeida, A. Mesquita, “Deformation induced damage and fracture of rocks”, Proceedings of IIIrd Symposium on Damage Mechanics of Materials and Structures, Augustow (Poland), 14 June, 2005, 209212. 76. Litewka A., Szojda L., “Experimental and theoretical study of damage and failure of ceramics and cementitious composites subjected to triaxial state of stress”, in: Dislocations, Damage and Metal Forming: Material Response and Multiscale Modeling, Eds.: A.S. Khan, A.R. Khoei, NEAT Press, Fulton, 2005, 220222. 77. Litewka A., Szojda L., “Fracture criterion for brittle rocklike materials”, Proceedings of International Conference on Fracture, Turin, Italy, 2025 March 2005, p. 361, CD pp.16. 78. Litewka A., Szojda L., “Fracture of mortar subjected to triaxial state of stress”, Proc. 35th Solid Mechanics Conference, Krakow 2006, in press.