Sharif Digital Repository

Surface layer nanocrystallization of carbon steels subjected to severe shot peening: Analysis and optimization

Author

Maleki, E.

Publisher

Elsevier Inc,

Pub. Year

2019

Subjects

Artificial neural network. / Modelling. / Carbon. / Electron emission. / Field emission microscopes. / Grain refinement. / Grain size and shape. / High resolution transmission electron microscopy. / Models. / Nanocrystallization. / Nanocrystals. / Neural networks. / Scanning electron microscopy. / Sensitivity analysis. / Shot peening. / Surface roughness. / X ray powder diffraction. / Bulk materials. / Coarse-grained. / Field emission scanning electron microscopy. / Nano-structured. / Network-based approach. / Roughness variation. / Surface layers. / Surface nanocrystallization. / Carbon steel.

Efficiency analysis of shot peening parameters on variations of hardness, grain size and residual stress via taguchi approach

Author

Maleki, E.

Publisher

Korean Institute of Metals and Materials,

Pub. Year

2019

Subjects

Almen intensity. / Design of experiment. / Shot peening. / Surface coverage. / Taguchi approach.

Influence of Fe3O4 nanoparticles in hydroxyapatite scaffolds on proliferation of primary human fibroblast cells

Author

Maleki Ghaleh, H.

Publisher

Springer New York LLC,

Pub. Year

2016

Subjects

Nanomaterials. / Biomaterials. / Cell culture. / Cell engineering. / Cell proliferation. / Cells. / Ceramic materials. / Cytology. / Ferromagnetic materials. / Fibroblasts. / Hydroxyapatite. / Magnetic materials. / Mixtures. / Nanomagnetics. / Nanoparticles. / Nanostructured materials. / Stem cells. / Tissue. / Tissue culture. / Tissue engineering. / Tissue regeneration. / Bioceramic scaffolds. / Cell-cell contact. / Ceramic matrix. / Ceramics. / Environmental conditions. / Human fibroblast cells. / Proliferating cells. / Tissue culture polystyrenes. / Scaffolds (biology)

The stability and surface activity of environmentally responsive surface-modified silica nanoparticles: the importance of hydrophobicity

Author

Ghaleh, V.R.

Publisher

Taylor and Francis Inc,

Pub. Year

2020

Subjects

Nanoparticle. / Surface activity. / Surface modification. / Contact angle. / Emulsification. / Hexane. / Hydrophobicity. / Nanoparticles. / Polyethylene glycols. / Silica. / Silica nanoparticles. / Stability. / Emulsion formation. / Hydrophilic silica. / Hydrophobic agents. / Methoxypolyethylene glycol. / Responsive surfaces. / Stability analysis. / Surface activities. / Wettability alteration. / Nanofluidics.