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金属学报  1997, Vol. 33 Issue (2): 187-197    
  论文 本期目录 | 过刊浏览 |
固体范性形变与断裂的介观力学物理原理(英文)
V.E.Panin
TheInstituteofStrengthPhysicsandMaterialsSciences;RussianAcademyofSciences;SiberianBranch;Tomsk;634048;Russia
PHYSICAL FUNDAMENTALS OF MESOMECHANICS OF PLASTIC DEFORMATION AND FRACTURE OF SOLIDS
V.E.Panin(The Institute of Strength Physics and Materials Sciences; Russian Academy of Sciences;Siberian Branch; Tomsk; 634048; Russia)
引用本文:

V.E.Panin. 固体范性形变与断裂的介观力学物理原理(英文)[J]. 金属学报, 1997, 33(2): 187-197.
. PHYSICAL FUNDAMENTALS OF MESOMECHANICS OF PLASTIC DEFORMATION AND FRACTURE OF SOLIDS[J]. Acta Metall Sin, 1997, 33(2): 187-197.

全文: PDF(4379 KB)  
摘要: 本文回顾了建立在物理介视力学基础上的固体范性形变与断裂的研究概况,从物理介现力学角度看,处于载荷下的固体是一个多层次的自治体系.依尺度不变原理,在微观、介观、宏观尺度上的范性流变,本质上是相互关联的.整体介观体积在介观尺度上按照“切变加旋转”的方式运动.固体范性形变与断裂可考虑为同样过程的二个阶段.
关键词 介观力学范性形变断裂    
Abstract:The research review on plastic deformation and fracture of solids based on phvsicalmesomechanics is presented. A solid under loading is considered in physicalmesomechanics as multilevel self-consistent system. where the plastic flows atmicro-meso- and macrolevels are natrually interrelated according to the principle ofscaIe invarlance.Bulk mesovolumes are moved at the mesoscale level according toscheme "shear+rotation". Plastic deformation and fracture of solids are considered astwo stages of the same process.
Key wordsmesomechanics    plastic deformation    fracturel
收稿日期: 1997-02-18     
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4 Y.V.Grinyaev and N.V.Chertova, Izv. VUZOV. FisikQ (2) (1990) 36.
5 V.E.Panin, Izv. SO AN USSR. Ser. Techn. Sciences 3 (1987) 87.
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7 V.E.Panin, T.F.Elsukova, E.N.Novoselova and V.E.Egorushkin, DAN USSR 310 (l99O) 78.
8 V.E.Egorushkin, Izv. VUZOV. Fizika (4) (1992) 19
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14 V.E.Panin, Izv. VUZOV Ficika (4) (1992) 5.
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19 V.E.Panin, Abstracts ofthe frst European East-West Symp. on Materials and Processes (Helsinki1990).
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21 V.E.Panin, V.E.Egorushkin, T.F.Elsukova and O.V.Veselova, DAN USSR 316 (1990) 1130
22 V.E.Panin, V.E.Egorushkin, T.F.Elsukova and O.V.Veselova, The New Physical and Mechanical Meth-ods ofInvestbotion of MaterJbls under Lnading, ed. V.E.Panin (Tomsk University Press, Tomsk, 1990)P.332.
23 V.E.Panin, T.F.Elsukova, E.M.NovoseIova and V.E.Egorushkin, DAN USSR 276 (1989) 630.
24 K.P.Zhukova, T.F.Elsukova, V.E.Panin and Y.N.Rudenko, Izv. VUZO V. Fisika (4) (1988) 13.
25 V.E.Panin, T.F.Elsukova, E.M.Novoselova and V.E.Egorushikin, DAN USSR 310 (1990) 78.
26 V.E.Panin, L.B.Zuev, V.I.DaniIov and N.M.Mnikh, FMM 66 (1988) 1005.
27 V.E.Panin, L.B.Zuev, V.I.Danilov and N.M.Mnikh, DAN USSR 308 (1989) 1375.
28 V.E.Panin, L.B.Zuev, V.I.Danilov and N.M.Mnikh, FMM 6 (1990) 189.
29 L.B.Zuev, V.E.Panin, V.I.Danilov, N.M.Mnikh and N.V.Peker, DAN USSR 317 (1991) 1386.
30 V.I.Danilov, L.B.Zuev, N.M.Mnikh, V.E.Panin and L.V.Shershova, FMM 3 (1991) 188.
31 V.E.Panin, L.B.Zuev, V.I.Danilov, P.V.Makarov, V.E.Egorushkin, B.B.Gorbatenko, Y.Hida andS.Yoshida, Method and Apporatus for Nondestructive Testing of the Mechanical Behavior ofSolid StateObkct under Loading, RUS Patent, N93002731, Moscow, Russia.
32 V.E.Panin, Y.I.Meshcheryakov, T.F.Elsukova, A.K.Dyvakov, S.G.Psakhie and N.M.Myshlyaev, I:v.VUZO V. Fizka (2) (1990) 107.
33 V.E.Panin, PhySical Mesomechanics and Computer Aided Design of Materials, (Nauku SO, Novosibirsk.v.l, (1995) p.297 and v.2, (1995) p.320.
34 V.E.Panin, Physical Mesomechanics of heterogeneous Medta and Compoter-Aided DesoignofMaterials (Cambridge Interscience Publishing, Cambridge, 1996) p.450.
35 V.E.Panin, Destw 0fNew Materials and Strengthening (Cambridge Interscience Publishing, Cambridge,1996) p.140.
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37 V.E.Panin, A.I.Slosman and N.A.Kolesova, FMM 2 (1996) 82.
38 V.E.Panin and T.F.Elsukova, Doclady RAN 5 (1996) 247,617.
39 V.E.Panin and T.F.Elsukova, Izv. VUZO V. Ficika 39 (6) (1996) 40.
40 V.E.Panin, Izv. VUZOV. Fisika 38 (11) (1995) 6.
41 P.V.Makarov, O.I.Cherepanov and V.N.Demidov- I:v. VUZO V. Ficika 38 (11) (1995) 26.
42 S.G.Psakhie, Ya. Horie, S.Yu. Korostelev, A.Yu. Smolin, A.I.Dmitriev, E.V.Shilko and S.V.Alexeev,Izv. VUZOV Fizika 38 (11) (1995) 58.
43 Yu.A.Chon and V.E.Panin, Sold State Phys. 38 (1996) 1767.
44 V.E.Panin, S.V.Panin and A.I.Mamaev, Doclady RAN 1 (1996) 350.
45 V.E.Panin, The Abstracts of Int. Conf" Mathematical Methods in Phystcs, Mechanics andMesomechanics of Fracture", (1996) P. 135.6
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