Fracture toughness and reduction in area data for some electrodeposits

J. W. Dini; H. R. Johnson; Michael I Baskes

Fracture toughness and reduction in area data for some electrodeposits

J. W. Dini
, H. R. Johnson
, Michael I Baskes

Research output: Contribution to journal › Article › peer-review

Abstract

Fracture toughness data for copper deposits 76 multiplied by 152 multiplied by 5. 1 mm thick 3 multiplied by 6 multiplied by 0. 2 in. ), electroformed in three different solutions, viz, sulfate, sulfate-high acid, and pyrophosphate, and a nickel deposit of the same dimensions, electroformed in nickel sulfamate solution were obtained by M. I. Baskes method, which involves obtaining a self-consistent set of stresses, strains, and displacements in the plastic zone next to a crack tip. The plane strain fracture toughness is calculated from the stress distribution. The results are tabulated together with tensile test data and moduli of elasticity.

Original language	English
Journal	Metals Technology
Volume	1
Issue number	1
State	Published - Jan 1 1974
Externally published	Yes

Cite this

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abstract = "Fracture toughness data for copper deposits 76 multiplied by 152 multiplied by 5. 1 mm thick 3 multiplied by 6 multiplied by 0. 2 in. ), electroformed in three different solutions, viz, sulfate, sulfate-high acid, and pyrophosphate, and a nickel deposit of the same dimensions, electroformed in nickel sulfamate solution were obtained by M. I. Baskes method, which involves obtaining a self-consistent set of stresses, strains, and displacements in the plastic zone next to a crack tip. The plane strain fracture toughness is calculated from the stress distribution. The results are tabulated together with tensile test data and moduli of elasticity.",

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N2 - Fracture toughness data for copper deposits 76 multiplied by 152 multiplied by 5. 1 mm thick 3 multiplied by 6 multiplied by 0. 2 in. ), electroformed in three different solutions, viz, sulfate, sulfate-high acid, and pyrophosphate, and a nickel deposit of the same dimensions, electroformed in nickel sulfamate solution were obtained by M. I. Baskes method, which involves obtaining a self-consistent set of stresses, strains, and displacements in the plastic zone next to a crack tip. The plane strain fracture toughness is calculated from the stress distribution. The results are tabulated together with tensile test data and moduli of elasticity.

AB - Fracture toughness data for copper deposits 76 multiplied by 152 multiplied by 5. 1 mm thick 3 multiplied by 6 multiplied by 0. 2 in. ), electroformed in three different solutions, viz, sulfate, sulfate-high acid, and pyrophosphate, and a nickel deposit of the same dimensions, electroformed in nickel sulfamate solution were obtained by M. I. Baskes method, which involves obtaining a self-consistent set of stresses, strains, and displacements in the plastic zone next to a crack tip. The plane strain fracture toughness is calculated from the stress distribution. The results are tabulated together with tensile test data and moduli of elasticity.

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Fracture toughness and reduction in area data for some electrodeposits

Abstract

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