In this paper, an accurate formula for calculating the thermal residual stress field in a particle-reinforced composite are presented. Numerical examples are given to show r-variations of the thermal residual stresses. The increase in fracture toughness of matrix predicted by the thermal residual stress field is compared well with the experimentally measured increase
In this numerical investigation, the effect of the penetration of a crack in a matrix reinforced by ...
The development of elastic lattice phase strains in a 15 vol. pct TiC particulate reinforced 2219-T6...
"Handbook on Residual Stress", 2nd Edition, Chapter 5.5, pag. 286, Ed.J.Lu, Publ. SEM - Society for ...
The influence of the thermal residual stress on the deformation behavior of a composite has been ana...
The effects of thermal residual stresses on the stress distribution and strain energy release rate a...
Because composites and adhesive joints are made from different phases with different thermal expansi...
The effects of physical, thermal and mechanical parameters on curing microthermal residual stresses ...
A three-phase self-consistent model is developed for particulate composites consisting of spherical ...
A three-phase self-consistent model is developed for particulate composites consisting of spherical ...
Thermal stresses can be induced either by temperature gradients in mechanical components and enginee...
Effects of reinforcements’ shapes, sizes and contents on (a) von-Mises stress along a horizontal lin...
The effects of a thermal residual stress field on fatigue crack growth in a silicon carbide particle...
Residual stresses in composites are induced during fabrication and by environmental exposure. The th...
The study of the thermal distribution and heat dissipation in Metal Matrix Composite materials (MMCs...
ABSTRACT: Several models exist for predicting residual thermal stresses in inorganic glasses. A few ...
In this numerical investigation, the effect of the penetration of a crack in a matrix reinforced by ...
The development of elastic lattice phase strains in a 15 vol. pct TiC particulate reinforced 2219-T6...
"Handbook on Residual Stress", 2nd Edition, Chapter 5.5, pag. 286, Ed.J.Lu, Publ. SEM - Society for ...
The influence of the thermal residual stress on the deformation behavior of a composite has been ana...
The effects of thermal residual stresses on the stress distribution and strain energy release rate a...
Because composites and adhesive joints are made from different phases with different thermal expansi...
The effects of physical, thermal and mechanical parameters on curing microthermal residual stresses ...
A three-phase self-consistent model is developed for particulate composites consisting of spherical ...
A three-phase self-consistent model is developed for particulate composites consisting of spherical ...
Thermal stresses can be induced either by temperature gradients in mechanical components and enginee...
Effects of reinforcements’ shapes, sizes and contents on (a) von-Mises stress along a horizontal lin...
The effects of a thermal residual stress field on fatigue crack growth in a silicon carbide particle...
Residual stresses in composites are induced during fabrication and by environmental exposure. The th...
The study of the thermal distribution and heat dissipation in Metal Matrix Composite materials (MMCs...
ABSTRACT: Several models exist for predicting residual thermal stresses in inorganic glasses. A few ...
In this numerical investigation, the effect of the penetration of a crack in a matrix reinforced by ...
The development of elastic lattice phase strains in a 15 vol. pct TiC particulate reinforced 2219-T6...
"Handbook on Residual Stress", 2nd Edition, Chapter 5.5, pag. 286, Ed.J.Lu, Publ. SEM - Society for ...