Shi Zhi-fei, Gao Yu-chen. The Plane Stress Crack-Tip field for an Incompressible Rubber Material[J]. Applied Mathematics and Mechanics, 1994, 15(5): 471-477.
Citation:
Shi Zhi-fei, Gao Yu-chen. The Plane Stress Crack-Tip field for an Incompressible Rubber Material[J]. Applied Mathematics and Mechanics, 1994, 15(5): 471-477.
Shi Zhi-fei, Gao Yu-chen. The Plane Stress Crack-Tip field for an Incompressible Rubber Material[J]. Applied Mathematics and Mechanics, 1994, 15(5): 471-477.
Citation:
Shi Zhi-fei, Gao Yu-chen. The Plane Stress Crack-Tip field for an Incompressible Rubber Material[J]. Applied Mathematics and Mechanics, 1994, 15(5): 471-477.
The crack-tip field under plane stress condition for an incompressible rubber material[1] is investigated by.the use of the fully nonlinear equilibrium theory.It is found thai the crack-tip field is composed of two shrink sectors and one expansion se-ctor.At the crack-tip,stress and strain possess the singularity of R-1 and R-1n,respec-tively,(R is the distance to the crack-tip before deformation,n is the material const-ant).When the crack-tip is approached,the thickness of the sheet shrinks to zerowith the order of R1.4n.The results obtained in this paper are consistent with that ob-tained in [8] when s→χ.