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200 L UGODA ET AL.
timation under variable amplitude proportional tension with torsion leads to satisfactory
results of calculations, in agreement with experimental ones.
5. The critical planes determined with use of the damage accumulation method agree with
the fracture planes determined in experiments.
ACKNOWLEDGEMENTS
The paper was realized within the research project 7 T07B 018 18 and Polonium 2002 partly
financed by the Polish State Research Committee in 2000-2002 and NATO Advanced Fellow-
ships Programme 11512000.
REFERENCES
1. Lagoda T. and Macha E., (1998) A review of high-cycle fatigue models under non-
proportional loadings, in: Fracture from Defects, Proc. ECF-12, Sheffield, Eds.
M.W.Brown, E.R. de 10s Rios and K.J.Miller, EMAS, Vol. I, pp. 73-78
2. Macha E., (2001) A review of energy-based multiaxial fatigue failure criteria, The Ar-
chive ofMechanical Engirteering, vol.XLVIII, No. 1, pp. 71 -1 01
3. Macha E. and Sonsino C.M., (2000) Energy criteria of multiaxial fatigue failure, Fatigue
Fract. Engng Mater. Struct., Vol22, pp. 1053- 1070
4. Lagoda T. and Macha E., (1999) Assessment of long-life time under uniaxial and biaxial
random loading with energy parameter on the critical plane, Fatigue’99 Proc. 7th Znt.
Fatigue Congress, Eds. X.-R. Wu and Z.-G. Wang, EMAS, V01.11, pp.965-970
5. Lagoda T., Macha E. and Bqdkowski W., (1999) A critical plane approach based on en-
ergy concepts: application to biaxial random tension-compression high-cycle fatigue re-
gime, Znt. J. Fatigue, v01.2 1, pp.43 1-443
6. Lagoda T. and Macha E., (2000) Generalization of energy-based multiaxial fatigue crite-
ria to random loading, Multiawial Fatigue and Deformation: Testing and Prediction,
ASTM STP 1397, S.Kalluri and P.J.Bonacuse, Eds., American Society for Testing and
Materials, West Conshohocken, PA, pp. 173-1 90
7. Lagoda T., Macha E. and Sakane M., (1 998) Correlation of biaxial low-cycle fatigue lives
of SUS304 stainless steel with energy parameter in critical plane at 923 K, 6th ZSCCP -
Bialowieza, Eds. A.Jakowluk and Z.Mrbz, Technical University of Bialystok, pp.343-356
8. Lagoda T. and Macha E., (2001) Energy approach to fatigue life estimation under com-
bined tension with torsion, Scientific Papers of the Technical University of Opole, 2.67,
No 269/2001, Opole, (Poland), pp. 163-1 82
9. tagoda T., Macha E., Nieslony A. and Morel F., (2001) The energy approach to fatigue
life of high strength steel under variable-amplitude tension with torsion, Proc. ofthe 6th
ICBMFF, Lisbon, Ed. Manuel Moreira de Freitas, vol.1, pp.233-240
10. Lagoda T., (2001) Energy models for fatigue life estimation under random loading - Part
I - The model elaboration, Znt.J. Fatigue, vo1.23, No 6, pp.467-480