Sentence examples for materials strengthening from inspiring English sources

Based on graphene content on microstructure and mechanical properties of Cu/Ti3SiC2/C/Graphene naocomposite materials, strengthening and fracture mechanisms by graphene reinforcement have been analyzed.

The paper focuses on mechanical properties, fracture mechanism and machinability of ceramic-reinforced MMCs, with significant emphasis on the chip formation mechanism considering different dominant effects, such as materials strengthening mechanisms, micro-structural effect, size effect and minimum chip thickness effect.

The filling materials strengthen the caving rock and support the overlying strata to achieve the purpose of slowing down the surface subsidence.

It has been investigated in computer simulations how the randomness (≙ irregularity) of the arrangement of particles in the glide plane affects the critical resolved shear stress (CRSS) of materials strengthened by shearable nano-scale particles.

The improved management model uses the generated auxiliary material dosage report, construction drawings, and processing drawings to centralize the processing of the required auxiliary materials, strengthen supervision in the process of material distribution and construction, and introduce a reward and punishment mechanism to control the attrition rate of auxiliary materials.

Introducing parallel coherent twin boundaries (p-CTBs) is a high effective approach to material strengthening.

Miniaturization of the architectures offers to exploit material strengthening size-effects occurring at the nanoscale.

This model considers not only the strain-hardening, strain-rate and temperature but also the material strengthening.

We recognise that the second half of 2013 and 2014 will face challenges as Trent XWB deliveries begin, but from 2015/16 we forecast good profits growth will go hand in hand with a material strengthening in cash flows.

Among the material strengthening mechanisms, a regular or very dense array of deformation twins is a successful strategy to manipulate the internal defect landscape of nanometer-scale materials to improve the strength without ductility reduction10,11,12.

In this paper, a new methodology for predicting the cutting coefficients considering the edge radius and material strengthening effects is presented.