Taghizadeh et al. [ 58] proposed a new biaxial constitutive model based on microstructural properties as opposed to the simple uniaxial tests carried out by Sokolis et al. [ 59] and Karimi et al. [ 60].
Based on microstructural and microtextural observations, a simple model is proposed in which the plastic flow is mainly confined to the β matrix within which the α plates are subjected to 'in-plane rigid body rotation'.
Plastic behaviour is studied using gradient solidified samples and characterisation models for the parameters of the Hollomon equation are developed, based on microstructural refinement.
Finally, microstructural parameters were related to the impact transition temperatures based on microstructural and fractographic studies.
These results were discussed based on microstructural evolution, remained porosities.
The following conclusions can be drawn based on microstructural and mechanical evaluation of Cu/Ti3SiC2/C nanocomposites reinforced with MWCNTs and graphene.
The proposed recipe is based on microstructural control of the rate of dynamic recovery of dislocation.
We propose a method to calculate the strength of such composites, based on microstructural information and composite fracture mechanisms.
This paper analyzes the strength development in cement-stabilized silty clay based on microstructural considerations.
Based on microstructural investigations a solidification mechanism is proposed for these bulk metallic glass (BMG) composites.
