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Comparison of cohesive zone parameters and crack tip stress states between two different specimen types

2005, 132(2): 135-152.

[摘要](273)

On the determination of the cohesive zone parameters for the modeling of micro-ductile crack growth in thick specimens

2003, 120(3): 517-536.

[摘要](292)

An improved expression of geometric correction factors for standard center cracked tension specimens

1997, 84(4): -.

[摘要](141)

SIF expressions for center cracked strip loaded by uniformly distributed stress acting on central portion of crack - Corrections of Chen's results - Response

1997, 83(3): -.

[摘要](325)

Geometric correction factors determined by force balance method for center cracked specimens .6. Subjected to linearly distributed bridging stresses in fiber-reinforced composites

1996, 81(3): -.

[摘要](116)

Geometric correction factors determined by force balance method for center cracked specimens .10. loaded by linearly distributed stresses with the maximum occurring at the crack tip

1996, 78(1): -.

[摘要](128)

Geometric correction factors determined by force balance method for center cracked specimens .9. Loaded by a portion of unsymmetric stresses on the crack

1995, 73(3): -.

[摘要](127)

GEOMETRIC CORRECTION FACTORS DETERMINED BY FORCE BALANCE METHOD FOR CENTER CRACKED SPECIMENS .8. LOADED BY 2 PARTS OF UNIFORMLY DISTRIBUTED STRESSES ACTING ON THE CRACK

1995, 70(2): -.

[摘要](121)

GEOMETRIC CORRECTION FACTORS DETERMINED BY FORCE BALANCE METHOD FOR CENTER CRACKED SPECIMENS .7. LOADED BY UNIFORMLY DISTRIBUTED STRESSES ACTING ON CENTRAL PORTION OF CRACK

1994, 68(1): -.

[摘要](117)

SIF expressions for center cracked strip loaded by uniformly distributed stress acting on central portion of crack - Corrections of Chen's results - Response

GEOMETRIC CORRECTION FACTORS DETERMINED BY FORCE BALANCE METHOD FOR CENTER CRACKED SPECIMENS .8. LOADED BY 2 PARTS OF UNIFORMLY DISTRIBUTED STRESSES ACTING ON THE CRACK

Geometric correction factors determined by force balance method for center cracked specimens .6. Subjected to linearly distributed bridging stresses in fiber-reinforced composites

On the determination of the cohesive zone parameters for the modeling of micro-ductile crack growth in thick specimens

GEOMETRIC CORRECTION FACTORS DETERMINED BY FORCE BALANCE METHOD FOR CENTER CRACKED SPECIMENS .7. LOADED BY UNIFORMLY DISTRIBUTED STRESSES ACTING ON CENTRAL PORTION OF CRACK

An improved expression of geometric correction factors for standard center cracked tension specimens

Geometric correction factors determined by force balance method for center cracked specimens .9. Loaded by a portion of unsymmetric stresses on the crack

Comparison of cohesive zone parameters and crack tip stress states between two different specimen types

Geometric correction factors determined by force balance method for center cracked specimens .10. loaded by linearly distributed stresses with the maximum occurring at the crack tip

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International Journal of Fracture 纸刊购买

International Journal of Fracture 纸刊购买

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Comparison of cohesive zone parameters and crack tip stress states between two different specimen types

2005, 132(2):135-152.

[摘要](273)

International Journal of Fracture 纸刊购买

International Journal of Fracture 纸刊购买

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