Etude du comportement des interfaces austenite martensite et martensite martensite de deux alliages a

Marie-Pierre, Mme Baron

Description

gbRéférences bibliographiques_________________________________________________________________________________________Références bibliographiques[1] Ahlers (M.), Barcelo (G.), Rapacioli (R.). A model for the rubber like behaviour inCuZnAl martensites. Scripta Met.1978, vol. 12, pp.1075 1078.[2] Ahlers (M.), Barcelo (G.). The influence of cycling on the rubberlike behavior inCuZnAl martensite. Proceedings of the International Conference of MartensiticTransformations: Cambridge, 1978, pp.649 654.[3] Ahlers (M.). The stabilisation of martensite in CuZnAl alloys. Proceedings of theInternational Conference on Martensitic Transformations: Nara, 1986, pp.786 793.[4]Amengual (A.), Lovey(F.C.), Torra (V.). The hysteretic behaviour of a single interface martensitic transformation in CuZnAl shape memory alloys. Scripta Met.,1990, vol.24, pp.2241 2246.[5] Amengual (A.), Lovey(F.C.), Torra (V.). Problems associated to nuleation andgrowth in the CuZnAl SMA. Proceedings of the European Symposium on MartensiticTransformation and Shape Memories Properties : Aussois, 1991, pp.379 384.[6] Auguet (C.), Cesari (E.), Rapacioli (R.), Manosa (Ll.). Effect of precipitates onthe martensitic transformation of CuZnAl studied by calorimetry. Scripta Met.,1989, vol.23, pp.579 583._________________________________179Références bibliographiques_________________________________________________________________________________________[7] Aydogdu (A.), Aydogdu (Y.), Adiguzel ...

Informations

• Publié par: Nopod
• Nombre de lectures: 86
• Langue: English

Extrait

Références bibliographiques _________________________________________________________________________________________

Références bibliographiques

[1] Ahlers (M.), Barcelo (G.), Rapacioli (R.).A model for the rubber-like behaviour in CuZnAl martensites. Scripta Met.1978, vol. 12, pp.1075-1078. [2] Ahlers (M.), Barcelo (G.).The influence of cycling on the rubberlike behavior in CuZnAl martensite. Proceedings of the International Conference of Martensitic Transformations: Cambridge, 1978, pp.649-654. [3] Ahlers (M.).stabilisation of martensite in CuZnAl alloys. The  Proceedings of the International Conference on Martensitic Transformations: Nara, 1986, pp.786-793.

[4] Amengual (A.), Lovey(F.C.), Torra (V.).hysteretic behaviour of a single- The interface martensitic transformation in CuZnAl shape memory alloys.  Scripta Met., 1990, vol.24, pp.2241-2246. [5] Amengual (A.), Lovey(F.C.), Torra (V.).Problems associated to nuleation and growth in the CuZnAl SMA. Proceedings of the European Symposium on Martensitic Transformation and Shape Memories Properties : Aussois, 1991, pp.379-384. [6] Auguet (C.), Cesari (E.), Rapacioli (R.), Manosa (Ll.). Effect ofg precipitates on the martensitic transformation ofb CuZnAl studied by calorimetry.Met., Scripta

1989, vol.23, pp.579-583.

_________________________________ 179

Références bibliographiques _________________________________________________________________________________________

[7] Aydogdu (A.), Aydogdu (Y.), Adiguzel (O.).The influence of ageing on martensite ordering and stabilization in shape memory CuAlNi alloys, Research Materials

Bulletin, 1997, vol.32, n°5, pp.507-513.

[8] Belkahla (S.). Elaboration et caractérisation de nouveaux alliages à mémoire de forme basse température type CuAlBe.  Thèse de doctorat: Institut National des Sciences Appliquées de Lyon. 1990, 132p. [9] Belko (V.N.), Darinskiy (B.M.), Postnikov (V.S.) et al.friction during Internal diffusionless phase transformations in CoNi alloys.  Fiz. Metal. Metalloved, 1969,

vol.27, pp.141-147. [10] Bergeon (N.). La transformation martensitiqueg%2ed'un alliage FeMnSiCrNi: microstructure du dixième de millimètre de nanomètre et corrélation à la mémoire de

forme. de doctorat: Institut National des Sciences Appliquées de Lyon. 1996, Thèse

194p. [11] Berveiller (M.), Patoor (E.). Comportement thermomécanique des matériaux usuels et des alliages à mémoire de forme.  Technologie des alliages à mémoire de forme.

Comportement mécanique et mise en Oeuvre. Paris: Hermès, 1994. pp.43-59.

[12] Bidaux (J.E.), Gremaud (G.), Benoit (W.).internal friction and Transient martensitic phase transformations. Materials Science Forum, 1993, vol.119/121, pp.299-304. [13] Bigeon (M.J.), Morin (M.).Superelastic effect fatigue in CuZnAl Wires. Proceedings th of the 4 International Conferences on New Actuators : Bremen, 1994, pp.357-360.

[14] Bigeon (M.J.). Etude thermomécanique de fils fins d’alliage à mémoire de forme - Fatigue de l’effet superélastique et de l’effet mémoire de forme - Comparaison entre le TiNiCu et le CuZnAl. Thèse de doctorat: Institut National des Sciences Appliquées de Lyon.1995, 188p. [15] Chen (M.), He (T.M.), Wang (T.M.) et al.of heat treatment on shape Influence memory properties of a CuAlBe alloy containing chromium.  Materials Science and

Technology, 1997, vol.13, pp.12-16. [16] Christian (J.W.).Deformation by moving interfaces. Metall. Trans., 1982, vol.13A, pp.509-538.

_________________________________ 180

Références bibliographiques _________________________________________________________________________________________

[17] Contardo (L.).Etude des Traitements d'Education, de la Stabilité et de l'Origine de l'Effet Mémoire de Forme Double Sens dans un alliage Cu-Zn-Al. Thèse de doctorat:

Institut National des Sciences Appliquées de Lyon. 1988, 118p. [18] De Vos (J.), Delaey (L.), Aernoudt (E.).analysis and physical Theoretical transformation model for self-accommosating group of 9R martensitic variants.  Z.

Metallkd., 1978, vol.69, n°8, pp.511-517. [19] Degraf (M.), Van Humbeeck (J.), Andradi (M)., Delaey (L.).stabilization o The martensite of step quenched CuZnAl martensite. Part IV: Change in the

microstructure. Scripta Met., 1985, vol.19, p.643-646. [20] Dejonghe (W.), De Batist (R.), Delaey (L.), De Bonte (M.). Internal friction measurements on Copper-Zinc based martensite. in Shape Memory Effects in Alloys,

J. Perkins (ed.), New York : Plenum Press, 1975, pp.451-465. [21] Dejonghe (W.), Delaey (L.), Van Humbeck (J.) et al.Internal friction in strongly damping cuZnAl. Proceedings of the International Conference of Internal Friction and

Ultrasonic Attenuation in Solids : Tokyo, 1977, vol.11, pp.787-791. [22] Dejonghe (W.), De Batist (R.), Delaey (L.).affecting the internal friction Factors peak due to thermoelastic martensitic transformation. Met., 1976, vol.10, Scripta

pp.1125-1128. [23] Delaey (L.), Aernoudt (E.). Hysteresis, relaxation and creep in shape memory alloys.  Proceedings of the International Conference on Martensitic Transformations:

Nara, 1986, pp.926-933. [24] Delaey (L.), Krishnan (R.V.), Tas (H.), Warlimont (H.). Thermoelasticity, pseudoelasticity and the memory effects associated with martensitic transformations - Part 1: Structural and microstructural changes associated with the transformations. Journal of Materials Science, 1974, vol.9, pp.1521-1535. [25] Delaey (L.), Ortin (J.), Van Humbeeck (J.). Hysteresis effects in martensitic non- ferrous alloys. of the Phase transformations 87  Proceedings : London, 1987, pp.60-

66. [26] Delaey (L.), Suzuki (T.), Van Humbeeck (J.).The stabilization of martensite of step quenched Copper - Zinc- Aluminium martensite. Part II: crystal structure and

reordering. Scripta Met., 1984, vol.18, p.899-903.

_________________________________ 181

Références bibliographiques _________________________________________________________________________________________

[27] Delorme (J.F.).Phénomènes anélastiques pendant les transformations martensitiques. de doctorat  Thèse : Institut National des Sciences Appliquées de

Lyon, 1971, 209 p.

[28] Garvie (R.C.), Chan (S.K.). Application of a nonclassical nucleation theory to the monoclinic/tetragonal martensitic transformations of Zirconia. Proceedings of the 6th International Conference: Sydney. Materials Science Forum, 1990,vol.56-58, pp.335-

346. [29] Gil (F.J.), Guilemany (J.M.). Friction and stored energy in CuZnAl single crystals with pseudoelastic behaviour. Thermochimica Acta, 1997, vol.290, pp.167-171. [30] Guénin (G.). Métallurgie et traitements thermiques des alliages à mémoire de forme. Technologie des alliages à mémoire de forme. Comportement mécanique et mise en

Oeuvre. Paris: Hermès, 1994. pp.103-113. [31] Guénin (G.). Alliages à mémoire de forme.  Techniques de l'ingénieur,  1986, vol. M530, p.1-10.

[32] Haouriki (M.) .Contribution à l'étude de la phase martensitique de l'alliage Cu-Zn- Al par la méthode de frottement intérieur. de doctorat: Institut National des Thèse Sciences Appliquées de Lyon. 1988, 120p. [33] Honma (T.). shape memory alloys, TiNi-based  Shape memory alloys: Tokyo, 1987, pp.61-115. [34] Hsu (Y.F.), Wang (W.H.), Wayman (C.M.).of thermal cycling on the Effects martensitictransformation in two-phasea/b brasses. Trans. A, 1991, vol.22, Met.

pp.1473-1478. [35] Jansen (J.), Van Humbeeck (J.), Chandrasekaran (M.) et al.o Stabilization martensite in CuZnAl Alloys.  Proceedings of the International Conference on

Martensitic Transformations: Leuven, 1982, pp.715-720. [36] Jurado (M.), Castan (T.), Manosa (Ll) et al.of the order-disorder Study Transitions in CuAlBe Shape Memory Alloys.  Philosophical Magazine A, 1997,

vol.75, N°5, pp.1237-1250. [37] Jurado (M.).Experimental de l'estabilitat relativa de fases en el CuAlBe. Estudiu Thèse de doctorat: Universitat de Barcelona, 1996, 223 p.

[38] Kelly (P.M.).transformation in ceramics, Martensitic  Proceedings of the 6th International Conference: Sydney. Materials Science Forum, 1990,vol.56-58, pp.335- 346.

_________________________________ 182

Références bibliographiques _________________________________________________________________________________________

[39] Khandros (L.G.).Stress relaxation and the shape memory effect in CuSn alloys. Inst. of Met. Phys. Acad. Sci. of the UkrSSR: Kiev, pp.227-233.

[40] Knowles (K.M.). A high resolutoin electron microscope study of martensite and martensitic interfaces in titanium-manganese, Proc. R. Soc. Lond. 1982, vol. A 380, pp.187-200. [41] Kohn (R.V.), Muller (S.),Surface energy and length scale of twinning in martensite. Proceedings of the International Conference on Martensitic Transformations:

Monterey, 1992, pp.77-81. [42] Koshimizu (S.), Benoit (W.).Internal friction measurements and thermodynamical analysis of a martensitic transformation. Proceedings of the International Conference

on Martensitic Transformations: Leuven, 1982, pp.679-684. [43] Koshimizu (S.), Mondino (M.), Benoit (W.).Internal friction measurements during martensitic transformation in CuZnAl alloys at kHz frequencies. Shape Memory in

Effects in Alloys, J. Perkins (ed.), New York : Plenum Press, 1975, pp.269-274.

[44] Koshimizu (S.). Etude par mesure de frottement intérieur d’une transformation martensitique. Thèse de Doctorat : Ecole Polytechnique Fédérale de Lausanne. 1981, 112 p.

[45] Krishnan (R.V.), Delaey (L.), Tas (H.) et al.  Thermoelasticity and the memory effects associated with martensitic transformations - Part 2 : The macroscopic mechanical behaviour. Journal of Materials Science , 1974, vol.9, pp.1536-1544. [46] Kustov (S.), Golyandin (S.N.), Hurtado (I.), Van Humbeeck (J.), De Batist (R.). structural internal friction in CuAlNi crystals.  Journal de physique, 1995, vol.5, pp.943-947.

[47] Kustov (S.), Golyandin (S.N.), Van Humbeeck (J.), De Batist (R.). Pretransformational amplitude-dependent internal friction in CuAlNi single crystals undergoing martensitic transformation.  Scripta Met. et Mat., 1995, vol.33, n°9, pp.1401-1407. [48] Li (J.C.), Ansell (G.S.). The effect of thermal cycling on the thermoelastic martensitic transformation in a Cu-Zn-Al alloy. Trans. A, 1983, vol.14A, Met.

pp.1293-1297.

_________________________________ 183

Références bibliographiques _________________________________________________________________________________________

[49] Lovey (F.C.), Amengual (A.), Torra (V.), Ahlers (M.).On the origin of the intrinsic thermoelasticity associated with a single-interface transformation in CuZnAl shape

memory Alloys. Philosophical magazine A, 1990, vol.61, n°1, pp.159-165. [50] Lovey (F.C.), Isalgue (A.), Torra (V.). Hysteresis loops in stress inducedb-18R martensite transformation in CuZnAl. Metall. Mater., 1992, vol.40, n°12, Acta

pp.3389-3394. [51] Lovey (F.C.), Sade (M.), Torra (V.), Amengual (A.).of dislocations on the Role properties of shape memory alloys.  Proceedings of the International Conference on

Martensitic Transformations: Monterey, 1992, pp.365-370. [52] Manosa (Ll.), Jurado (M.), Gonzalez-Comas (A.), Obrado (E.), Planes (A.). A comparative study of the post-quench behaviour of CuAlBe and CuZnAl shape

memory alloys. Acta Mat., 1998, vol.46, n°3, pp.1045-1053. [53] Mantel (M.). Influence de l'ordre atomique et des défauts ponctuels sur la stabilisation de la phase martensitique dans un alliage à mémoire de forme CuZnAl.

Thèse de Doctorat: Institut national des Sciences Appliquées de Lyon. 1985, 144 p. [54] Marukawa (K.), Tsuchiya (K.), Arai (Y.).Short range ordering and stabilisation o the martensitic phase in copper alloys.  Proceedings of the International Conference

on Martensitic Transformations: Lausanne, 1995, pp. 841-846. [55] Mercier (O.), Melton (K.N.).The influence of an anisotropic elastic medium on the motion of dislocations: application to the martensitic transformation.  Scripta Met.,

1976, vol.10, pp.1075-1080. [56] Mercier (O.), Melton (K.N.), De Préville (Y.).Low frequency internal friction peaks associated with the martensitic phase transition of NiTi.  Acta Met., 1979, vol.27,

pp.1467-1475. [57] Morawiec (H.), Gigla (M.).Effect of ageing on shape recovery in cu-al-ni alloy with Ti+B additions. Acta Metall. Mater., 1994, vol.42, n°8, pp.2683-2686. [58] Moreau (F.). Etude par diffraction X des effets du cyclage pseudoélastique de l'alliage à mémoire de forme CuAlBe. Thèse de Doctorat: Université de Metz. 1998, 165p. [59] Morin (M.), Bigeon (M.J.). Austenitic-martensitic interface damping measured in shape memory alloys by a cyclic tensile machine. Journal of Alloys and Compounds, 1994, vol.211/212, pp.632-635.

_________________________________ 184

Références bibliographiques _________________________________________________________________________________________

[60] Morin (M.), Guénin (G.)Etude du frottement intérieur d’un alliage à transformation martensitique thermoélastique dans le CuZnAl. Journal de physique, 1983, vol.44, pp.247. [61] Morin (M.), Guénin (G.), Etienne (S.), Gobin (P.F.). New aspects of internal friction during martensitic transformation of CuZnAl Alloy. Transactions of the Japan Institute of Metals, 1981, vol.22, n°1, pp.1-5. [62] Morin (M.), Guénin (G.), Gobin (P.F.).friction measurements related to Internal the two way memory effect in CuZnAl alloy exhibiting thermoelastic martensitic transformation.  Journal de physique, 1981, supp n°10, tome 42, pp. C5-1013-C5- 1017. [63] Morin (M.), Guénin (G.), Gobin (P.F.). Internal friction of single and polyvariant martensites of CuZnAl. Journal de physique, 1982,vol. 43, pp. 685-689. [64] Morin (M.), Guénin (G.), Vincent (A.).Internal friction time dependence of CuZnAl martensite. Journal de physique, 1985, vol.46, pp.625-628.

[65] Morin (M.). Contribution à l'étude des phénomènes anélastiques liés à la transformation martensitique du CuZnAl. Thèse d’état: université Claude Bernard de

Lyon, 1985, 195p.

[66] Ortin (J.).Thermodynamics and kinetics of martensitic transformations. Proceedings of the International Conference on Martensitic Transformations: Monterey, 1992, pp.305-316. [67] Ortin(J.).  Thermodynamique de la transformation martensitique. des Technologie alliages à mémoire de forme. Comportement mécanique et mise en Oeuvre.  Paris: Hermès, 1994. pp.167-194. [68] Otsuka (K.), Shimizu (K.).and shape memory effects in alloys. Pseudoelasticity International Metals Reviews, 1986, vol.31, n°3, pp.93-114. [69] Otsuka (K.), Wayman (C.M.).the shape memory effect in internally faulted On martensites. Scripta Met., 1975, vol.9, pp.1017-1022.

[70] Otsuka (K.), Wayman (C.M.).and stress induced martensitic Pseudoelasticity transformations. on the deformation behavior of materials, edited by P. Reviews Feltham, Israel: 1977, vol.II, n°2, pp.81-172.

_________________________________ 185

Références bibliographiques _________________________________________________________________________________________

[71] Patoor (E.), Bensalah (M.O.), Eberhardt (A.), Berveiller (M.). Micromechanical aspects of the shape memory behaviour. Proceedings of the International Conference

on Martensitic Transformations: Monterey, 1992, pp.401-406. [72] Pelegrina (J.L.), Romero (R.). On the stress induced martensitic transformation compression test. Materials Science and Engineering A, 1996, vol.A221, pp.63-67. [73] Perez (M.), Morin (M.).Internal friction measurements during stress induced martensitic transformation of CuZnAl shape memory single crystal. Journal de

physique, 1996, vol.433-436. [74] Perez (R.B.), Recarte (V.), No (M.L.), San Juan (J.).of the intrinsic Analysis anelastic contribution during the martensitic transformation.  Journal de physique,

1996, vol.6, pp. C8-425-C8-428. [75] Perez (R.B.), Recarte (V.), No (M.L.), San Juan (J.).Anelastic contributions and transformed volume fraction during thermoelastic martensitic transformations.

Physical Reviews B, 1998, vol.57, N°10, pp.5684-5692. [76] Planes (A.), Macqueron (J.L.), Morin (M.), Guénin (G.).study o Calorimetric ordering in ab-CuZnAl alloy. Science and Engineering, 1981, vol 50, Materials

pp.53-57. [77] Planes (A.), Ortin (J.). Growth kinetics during thermoelastic martensitic transformations. of the International Conference on Martensitic Proceedings Transformations: Monterey, 1992, pp.407-412. [78] Pops (H.), Massalski (T.B.).and burst-type martensites in copper- Thermoelastic zinc beta-phase alloys.  Trans. of the Met. Soc. of AIME, 1964, vol. 230, pp. 1662-

1668. [79] Pops (H.).Stress-Induced Pseudoelasticity in Ternary CuZn Based Beta Prime Phase Alloys. Met. Trans., 1970, vol.1, pp.251-258.

[80] Postnikov (V.S.), Gridnev (S.A.), Darinskiy (B.M.), Sharshakov (I.M.). Internal friction at first-order phase transitions in solids.  Il Nuovo Cimento, 1976, vol.33B,

n°1, pp.324-336.

[81] Rios-Jara (D.), Ortin (J.), Manosa (Ll.), Planes (A.), Belkahla (S.), Morin (M.). Calorimetric study of the martensitic transformation in CuAlBe shape memory alloys. Proceedings of the International Conference on Martensitic Transformations: Monterey, 1992, pp.383-387.

_________________________________ 186

Références bibliographiques _________________________________________________________________________________________

[82] Rios-Jara (D.).Etude des dislocations de l'alliage Cu-Zn-Al en phaseb- liaison avec les transformations martensitiques thermoélastiques.  Thèse de Doctorat: Institut

national des Sciences Appliquées de Lyon. 1984, 248p. [83] Romero (R.), Salgueiro (W.), Somoza (A.).defects in long range Quench-in orderedb- CuZnAl alloys. Materials Science Forum, 1995, vol.175-178, pp.497-500.

[84] Romero (R.), Somoza (A.), Jurado (M.A.), Planes (A.), Manosa (Ll.).Quenched-in defects and martensitic transformation in CuAlBe shape memory alloys.  Acta Mat.,

1997, vol.45, n°5, pp.2101-2107.

[85] Romero (R.), Somoza (A.), Planes (A.), Manosa (Ll.).Quenching investigations on DO 3 CuAlBe. Materials Science Forum, 1997, vol. 255-257, pp.581-583. [86] Saburi (T.), Nenno (S.), Inuishi (M.).A thermally produced large single crystal o CuZnGa Martensite. Scripta Met., 1976, vol.10, pp.875-877. [87] Sakamoto (H.), Shimizu (K.).Experimental investigation on cyclic deformation and fatigue behavior of polycristalline CuAlNi shape memory alloys above Ms. of Trans

the Japan Institute of Metals, 1986, vol.27, n°8, pp.592-600. [88] Salguiero (W.), Romero (R.), Somoza (A., Ahlers (M.).post-quench vacancy The behavior inb- CuZnAl alloy. Phys. Stat. Sol., 1993, vol.138, p.111-118.

[89] Sapozhnikov (K.V.), Vetrov (V.V.), Punev (S.A.), Kustov (S.B.). Acousto- Pseudoelastic effect and Internal Friction during Stress-Induced Martensitic Transformation in Cu-Al-Ni Single Crystals. Mat., 1996, vol.34, n°10, Scripta

pp.1543-1548. [90] Sauger (E.) Mise au point d'une machine de traction ondulée- application à l'étude de la stabilisation de la martensite d'un alliage à mémoire de forme CuZnAl.  Projet de fin d'études, Institut National des Sciences Appliquees de Lyon, Département Génie Physique des Matériaux, 1992, 124p. [91] Scarsbrook (G.), Cook (J.M.), Stobbs (W.M.).stabilization of martensite in The CuZnAl shape memory alloys. Met. Trans. A, 1984, vol.15A, pp.1977-1986.

[92] Scarsbrook (G.), Cook (J.M.), Stobbs (W.M.).Ageing effects in CuZnAl martensite. Proceedings of the International Conference on Martensitic Transformations: Leuven,

1982, pp.703-709.

_________________________________ 187

Références bibliographiques _________________________________________________________________________________________

[93] Schofield (D.), Miodownik (A.P.). Aging Effects in Copper-based Shape Memory Alloys. Metals Technology, 1980, vol.10, pp.167-173.

[94] Stoiber (J.), Bidaux (J.E.), Gotthardt (R.).movement of single The b1%2 b'1 interfaces in CuZnAl as studied by a new technique of internal friction measurement. Acta Metall. Mater., 1994, vol.42, N°12, pp.4059-4070. [95] Stoiber (J.), Bidaux (J.E.), Gotthardt (R.).Internal friction study of single variant

transformations in Cu-Zn-Al shape memory alloys.  Proceedings of the International

Conference on Martensitic Transformations: Monterey, 1992, pp.1089-1094.

[96] Tan (S.S.), Gao (X.J.), Huang (J.C.).The dynamic process of martensitic stabilization in CuZnAl alloy. Proceedings of the International Conference on Martensitic Transformations: Nara, 1986, pp.844-847.

[97] Van Humbeeck (J.), Delaey (L.), Roedolf (D.). Stabilisation of isothermally transformed 18R CuAlNi martensite. Proceedings of the International Conference on Martensitic Transformations: Nara, 1986, pp.862-867. [98] Van Humbeeck (J.), Delaey (L.).Evolution of the Damping Characteristics o The CuZnAl Martensitic Alloys with Time and temperature -The Peaking effect.  Journal

de physique, 1982, vol.43, pp.691-695.

[99] Van Humbeeck (J.), Delaey(L.).influence of strain-rate, amplitude and The temperature on the hysteresis of a pseudoelastic CuZnAl single crystal.  Journal de

physique, 1981, vol.42, pp.1007-1011. [100] Van Humbeeck (J.), Janssen (J.), Mwamba-Ngoie, Delaey(L.).The stabilisation o step-quenched copper-zinc-aluminium martensite. Part I : the reverse transformation

temperatures. Scripta Met., 1984, vol.18, p.893-898. [101] Van HumbeecK (J.), Segers (D.), Delaey (L.).The stabilization of martensite of step quenched CuZnAl martensite. Part III. Scripta Met., 1985, vol.19, p.477-480. [102] Van Humbeeck (J.), Stoiber (J.), Delaey (L.), Gotthardt (R.).high damping The capacity of shape memory alloys. Z. Metallkd., 1995, vol.86, n°3, pp.176-183. [103] Van Humbeeck (J.). Damping properties of shape memory alloys during phasetransformation. Journal de physique, 1996, vol.6, pp. C8-371-C8-380. [104] Van Humbeeck (J.). transformation martensitique, La des alliages à Technologie mémoire de forme. Comportement mécanique et mise en Oeuvre. Hermès, Paris:

1994, pp.63-86.

_________________________________ 188

Références bibliographiques _________________________________________________________________________________________

[105] Van Humbeeck (J.).  Aspects microstructuraux: relations entre la transformation martensitique et les propriétés thermomécanique, Technologie des alliages à mémoire

de forme. Comportement mécanique et mise en oeuvre. Hermès, 1994, pp.89- Paris:

100. [106] Van Humbeeck (J.).Internal friction in alloys showing a thermoelastic martensitic transformation. : Proceedings of the Seminar School on Internal Friction in Solids

Cracow, 1984, pp.131-149. [107] Warlimont (H.), Delaey (L.), Krishnan (R.V.), Tas (H.). Thermoelasticity, pseudoelasticity and the memory effects associated with martensitic transformations - Part 3:Thermodynamics and kinetics.  Journal of Materials Science, 1974, vol.9, pp.1545-1555. [108] Wayman (C.M.), Duerig (T.W.). An introduction to martensite and shape memory. Engineering Aspects of Shape Memory Alloys. Tiptree: Butterworth-Heinemann,

1990, pp.3-20.

[109] Xiao (T.), Johari (G.P.), Mai (C.).dependence of internal friction and shape Time change in Cu-Zn-Al shape memory alloys. Trans. A, 1993, vol.24, pp.2743- Met. 2749. [110] Zhongguo (W.), Dazhi (Y.).On the hysteresis loops and characteristic temperatures of thermoelastic martensitic transformations.  Scripta Met., 1988, vol.22, pp.1245-

1249. [111] Flores-Zuniga (H.).Stabilité Thermique de la Phasebet de l'Effet Mémoire Double Sens d'un Alliage à Mémoire de Forme de Type CuAlBe.  Thèse de doctorat: Institut

National des Sciences Appliquées de Lyon. 1993, 150p.

_________________________________ 189