Batdorf S.B. and Budiansky B. (1949): A mathematical theory of plasticity based on the concept of slip. - NACA TN 1871.
Denke P.H. (1956): The matrix solution of certain nonlinear problems in structural analysis. - Journal of Aerospace and Sciences, vol.23, No.3, pp.231-236.
Hodge P.G. (1959): Plastic Analysis of Structures. - New York: McGraw Hill.
Hosford F. William (2005): Mechanical Behavior of Materials. - USA: University of Michigan.
Hue L.W. and Bratt J.F. (1958): Effect of tensile plastic deformation on the yield condition. - Journal of Applied Mechanics, vol.25, pp.111.
Hutchinson J.W. (1967): Singular behavior at the end of a tensile crack in a hardening material. - Journal of the Mechanical and Physics of Solids, vol.16, pp.13-31.
Isakson G., Armen H. Jr. and Pifko A. (1967): Discrete-element methods for the plastic analysis of structures. - National Aeronautics and Space Administration, Washington D.C..
Kowser M.A. and Mahiuddin M. (2012): Technique for determining the constant parameters of power-law hardening material by tensile test. - Proceedings of 6 IMEC & 14 APM, Dhaka, Bangladesh.
Kowser M.A. and Mahiuddin M. (2013): Technique for determining the constant parameters of Cu as a power-law hardening material at different conditions. - Proceedings of ICERIE, SUST, Sylhet, Bangladesh, Jan. 11 ̶ 13.
Kucharski S. and Mróz Z. (2007): Identification of yield stress and plastic hardening parameters from a spherical indentation test. - International Journal of Mechanical Sciences, vol.49, pp.1238-1250. [Web of Science] [Crossref]
Lin X. and Tzuchiang W. (1992): The interfacial crack between two dissimilar elastic-plastic materials. - Acta Mechanica Sinica, vol.8, No.2.
Lin Xia and Wang T. (1993): Singular behavior near the tip of a sharp V-notch in a power law hardening material. - International Journal of Fracture, 59:83-93.
Marin J. and Hue L.W. (1953): On the validity of assumptions made in theories of plastic flow for metals. - Transaction ASME, vol.75, No.6, pp.1181.
Naghdi P.M. (1960): Stress-strain relations in plasticity and thermo-plasticity. - Proceedings of 2nd Symposium on Naval Structural Mechanics, pp.121.
Neal B.G. (1950): Plastic collapse and shakedown theorems for structures of strain-hardening material. - Journal of Aerospace and Sciences, vol.17, No.5, pp.297.
Parker J. and Basset M.B. (1964): Plastic stress-strain relationships-some experiments to derive a subsequent yield surface. - Journal of Applied Mechanics, vol.31, pp.676. [Crossref]
Perrone N. and Hodge P.R. Jr. (1957): Applications of a consistent theory for strain-hardening plastic solids. - PIBAL Report 403.
Prager W. (1956): A new method of analyzing stress and strain in work hardening plastic solids. - Journal of Applied Mechanics, vol.23, P.493.
Prager W. (1955): The theory of plasticity: a survey of recent achievements. - Proceedings of Institution of Mechanical Engineers, vol.169, pp.41.
Ramberg W. and Osgood W.R. (1960): Description of stress-strain curves by three parameters. - NACA TN 902.
Rivello R.M. (1960): Ramberg-Osgood and hill parameters of aircraft structural materials at elevated temperatures. - University of Maryland, Aerospace Engineering Department, Rep. 60-1.
Sanders Jr. J.L. (1954): Plastic stress-strain relations based on linear loading functions. - Proceedings of 2nd U.S. National Congress Appl., pp.455.
Symonds P.S. and Prager W. (1950): Elastic-plastic analysis of structures subjected to loads varying arbitrarily between prescribed limits. - Journal of Applied Mechanics, vol.17, No.3, pp.315.
Xia L. and Tzuchiang W. (1994): Higher-order analysis of near-tip fields around an interfacial crack between two dissimilar power law hardening materials. - Acta Mechanica Sinica, vol.10, No.1.
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Published Online: 2014-12-30
Published in Print: 2014-11-01
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