Sharif Digital Repository

Permutation entropy and detrend fluctuation analysis for the natural complexity of cardiac heart interbeat signals

Author

Taherkhani, F.

Pub. Year

2013

Subjects

Detrend fluctuation analysis. / Heart interbeat signal. / Permutation entropy. / Detrend. / Fluctuation analysis. / Healthy persons. / Heart failure. / Natural complexity. / Cardiology. / Fractal dimension. / Entropy.

Effect of nitrogen doping on glass transition and electrical conductivity of [EMIM][PF6] ionic liquid encapsulated in a zigzag carbon nanotube

Author

Taherkhani, F.

Pub. Year

2017

Subjects

Digital storage. / Dye-sensitized solar cells. / Dyes. / Electric conductivity. / Entropy. / Glass. / Glass transition. / Hydrogen bonds. / Ionic liquids. / Ions. / Liquids. / Molecular dynamics. / Nanopores. / Nanotubes. / Negative ions. / Nitrogen. / Positive ions. / Solar cells. / Solar energy. / Tapes. / Yarn. / Cationic conductivity. / Classical molecular dynamics. / Configurational entropy. / Electrical conductivity. / Green-Kubo formalism. / Increasing temperatures. / Radial distributions. / Zigzag carbon nanotubes. / Carbon nanotubes.

Electrical conductivity of methylimidazolium hexafluorophosphate ionic liquid in the presence of colloidal silver nano particles with different sizes and temperatures

Author

Taherkhani, F.

Publisher

American Chemical Society,

Pub. Year

2017

Subjects

Density functional theory. / Diffusion. / Dynamics. / Electric conductivity. / Ionic liquids. / Ions. / Molecular dynamics. / Nanoparticles. / Negative ions. / Positive ions. / Cationic transference number. / Colloidal nanoparticles. / Colloidal silver. / Colloidal silver nanoparticle. / Diffusion mechanisms. / Electrical conductivity. / Green-Kubo formalism. / Hexafluorophosphates. / Silver.

Wind farm optimal connection to transmission systems considering network reinforcement using cost-reliability analysis

Author

Taherkhani, M.

Pub. Year

2013

Subjects

Benders decomposition. / Master problems. / Network reinforcements. / Optimal capacity. / Optimisation problems. / Reinforcement model. / Transfer rates. / Transmission systems. / Electric utilities. / Reinforcement. / Reliability analysis. / Wind power. / Optimization.

Evaluation of the geo-mechanical parameters of the interface between asphalt concrete and sand with applying direct shear test and numerical modeling

Author

Tajdini, M.

Pub. Year

2012

Subjects

Interface. / Numerical modeling. / Abaqus finite element software. / Back analysis. / Compaction methods. / Concrete specimens. / Constant shear. / Constitutive parameters. / Cylindrical specimens. / Direct shear test. / Finite difference. / Friction angles. / Granular filter. / Marshal test. / Mechanical behavior. / Mohr-Coulomb. / Normal stiffness. / Normal stress. / Numerical problems. / Sand filter. / Shear stiffness. / Shear surfaces. / Shear tests. / Shear yield strength. / Small scale. / Square shape. / Surrounding soils. / ABAQUS. / Asphalt. / Civil engineering. / Embankment dams. / Finite element method. / Granular materials. / Hydrostatic pressure. / Interfaces (materials) / Numerical models. / Sand. / Software testing. / Stiffness. / Stress concentration. / Asphalt concrete.

IGDT-based multi-stage transmission expansion planning model incorporating optimal wind farm integration

Author

Taherkhani, M.

Publisher

John Wiley and Sons Ltd,

Pub. Year

2015

Subjects

Information-gap decision theory (IGDT) / Optimal wind farm integration. / Electric power transmission. / Electric utilities. / Expansion. / Genetic algorithms. / Integration. / Optimization. / Wind power. / Information gap. / Multistage approach. / Transmission expansion planning. / uncertainty. / Wind farm integration. / Decision theory.