Abstract
A new static yield criterion was reported previously by Wang and Dixon with a function of the stress state as well as a material property (the ratio of ty/Sy), which includes the maximum shear stress theory and the von Mises-Hencky theory as special cases. To evaluate this static yield criterion, experimental tests on steels under a combination of static tensile and torsional loading were conducted. The result shows that the new criterion appears to fit the very limited experimental data
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References
1.
Wang S.-J.
Dixon M. W.
A new static failure criterion for ductile materials J. Strain Analysis , 1997 , 32 (5 ), 345 –350 .
2.
Scoble W. A.
Ductile materials under combined stress Phil. Mag. and J. Sci. , 1910 , 116 –128 .
3.
Scoble W. A.
The strength and behavior of ductile materials under combined stress Phil. Mag. and J. Sci. , 1906 , 533 –547 .
4.
Guest J. J.
On the strength of ductile materials under combined stress Phil. Mag. and J. Sci. , 1900 , 69 –133 .
5.
Smith C. A.
Some experiments on solid bars under combined stress Engineering , 20 August 1909 , 238 –243 .
6.
Doughtie V. L.
Vallance A.
Design of Machine Members , 1964 (McGraw-Hill , New York ).
7.
Timoshenko S.
Young D. H.
Elements of Strength of Materials 5th edition, 1981 (Van Nostrand , New York ).
8.
Beer F. P.
Johnston E. R.
Mechanics of Materials , 1981 (McGraw-Hill , New York ).
9.
Juvinall R. C.
Fundamentals of Machine Component Design , 1983 (John Wiley , New York ).
10.
Popov E. P.
Balan T. A.
Engineering Mechanics of Solids , 1991 (Prentice-Hall , London ).
11.
Ross C. T. F.
Mechanics of Solids , 1996 (Prentice-Hall , London ).
12.
Wang S. J.
Dixon M. W.
Discussion on A new static failure criterion for ductile materials J. Strain Analysis , 1998 , 33 (4 ), 329 –330 .
13.
Meyers M. A.
Chawla K. K.
Mechanical Behavior of Materials , 1999 (Prentice-Hall , Englewood Cliffs, New Jersey ).