Sharif Digital Repository

Natural frequencies of C60, C70, and C80 fullerenes

Author

Sakhaee Pour, A.

Pub. Year

2010

Subjects

Atomistic modeling. / Carbon atoms. / Molecular structural mechanics. / Simulation result. / Structural beams. / Tera Hertz. / Natural frequencies. / Fullerenes.

Incorporating a novel confidence scoring method in a Persian spoken dialogue system

Author

Sakhaee, E.

Pub. Year

2011

Subjects

Automatic speech recognition. / Confidence annotation. / Confidence Measure. / Confidence score. / Density estimation methods. / Key feature. / Knowledge sources. / Mean error rate. / Persians. / Reliability assessments. / Scoring methods. / Spoken dialogue system. / Statistical data analysis. / Algorithms. / Reliability analysis. / Signal processing. / Speech processing. / Speech recognition.

Finite element model of SWCNT under hydrostatic pressure

Author

Sakhaee Pour, A.

Pub. Year

2007

Subjects

Elastic modulus. / Hydrostatics. / Nanotubes. / Crystal lattices. / Finite-element analysis. / Structural mechanics. / Single-walled carbon nanotubes (SWCNT)

Vibrational analysis of single-walled carbon nanotubes using beam element

Author

Sakhaee Pour, A.

Pub. Year

2009

Subjects

Atomistic simulations. / Beam elements. / Carbon atoms. / Computational results. / Different boundary conditions. / Elastic beams. / Elastic properties. / Finite element method (FEM) / Geometrical parameters. / Hexagonal lattices. / Mechanical characteristics. / Molecular structural mechanics. / Point mass. / Predictive equations. / Side lengths. / Vibrational analysis. / Vibrational behaviors. / Atoms. / Finite element method. / Natural frequencies. / Single-walled carbon nanotubes (SWCN) / Three dimensional. / Carbon nanotubes.

Vibrational analysis of single-layered graphene sheets

Author

Sakhaee Pour, A.

Pub. Year

2008

Subjects

Boundary conditions. / Computer simulation. / Linear regression. / Molecular structure. / Natural frequencies. / Nonlinear analysis. / Vibrational spectra. / Single-layered graphene sheets. / Vibrational analysis. / Sheet metal. / Analytic method. / Chemical analysis. / Chemical structure. / Chirality. / Mathematical parameters. / Molecular model. / Nonlinear regression analysis. / Priority journal. / Simulation. / Vibrational analysis.

Applications of single-layered graphene sheets as mass sensors and atomistic dust detectors

Author

Sakhaee Pour, A.

Pub. Year

2008

Subjects

Atomistic dust. / Single-layered graphene sheets (SLGS) / Boundary conditions. / Chemical sensors. / Dust. / Molecular structure. / Organic compounds.

Nanoscale vibrational behavior of single-layered graphene sheets

Author

Sakhaee Pour, A.

Pub. Year

2008

Subjects

Atomistic modeling. / Mode shapes. / Structural mechanics. / Boundary conditions. / Molecular mechanics. / Natural frequencies. / Numerical methods. / Statistical methods. / Vibration analysis. / Graphite.

Development of an equation to predict radial modulus of elasticity for single-walled carbon nanotubes

Author

Sakhaee Pour, A.

Pub. Year

2008

Subjects

Carbon. / Deformation. / Elastic moduli. / Elasticity. / Finite element method. / Fluid mechanics. / Food processing. / Hydrostatic pressure. / Linear equations. / Linear regression. / Nanocomposites. / Nanopores. / Nanostructured materials. / Nanostructures. / Nanotechnology. / Nanotubes. / Regression analysis. / Single-walled carbon nanotubes (SWCN) / Three dimensional. / Beam elements. / Carbon atoms. / Elastic beams. / Elastic properties. / Finite element. / Hexagonal lattices. / Mechanical properties. / Modulus of elasticity. / Nano structuring. / Non linear regression models. / Predictive equations. / Radial deformation. / Single-walled carbon nanotube. / Single-walled carbon nanotubes. / Three-dimensional space. / Transverse direction. / Tube walls. / Carbon nanotubes.

Potential application of single-layered graphene sheet as strain sensor

Author

Sakhaee Pour, A.

Pub. Year

2008

Subjects

Aspect ratio. / Boundary conditions. / Dimensional stability. / Nanostructured materials. / Sensors. / Stereochemistry. / (I,J) conditions. / Atomistic modelling. / Defect free. / Effect of strain. / Fundamental frequency (FF) / Graphene sheets. / Molecular structural mechanics. / Potential applications. / Strain sensors. / Vibrational characteristics. / Detectors.

Applications of single-layered graphene sheets as mass sensors and atomistic dust detectors

Author

Sakhaee Pour, A.

Pub. Year

2008

Subjects

Mathematical models. / Molecular vibrations. / Sensors. / Thin films. / Dust detector. / Mass sensor. / Single-layered graphene sheet (SLGS) / Molecular dynamics.

Nanoscale vibrational behavior of single-layered graphene sheets

Author

Sakhaee-Pour, A.

Publisher

American Society of Mechanical Engineers (ASME),

Pub. Year

2007

Subjects

Boundary conditions. / Finite element method. / Nanosystems. / Natural frequencies. / Nonlinear equations. / Regression analysis. / Thermoelectricity. / Vibration analysis. / Atomistic modeling. / Empirical equations. / Finite element techniques. / Fundamental frequencies. / Molecular structural mechanics. / Multiple nonlinear regression. / Single-layered graphene sheets. / Vibrational behavior. / Graphene.

Applications of single-layered graphene sheets as mass sensors and atomistic dust detectors

Author

Sakhaee-Pour, A.

Publisher

American Society of Mechanical Engineers (ASME),

Pub. Year

2007

Subjects

Aspect ratio. / Dust. / Nanosensors. / Nanostructures. / Nanosystems. / Natural frequencies. / Constant temperature. / Defect-free. / Dust detectors. / Fundamental frequencies. / Mass sensor. / Molecular structural mechanics. / Single-layered graphene sheets. / Vibrational behavior. / Graphene.

The effect of stiffness on stress intensity factor for a crack in annular disc under constant central torque

Author

Sakhaee Pour, A.

Pub. Year

2010

Subjects

Annular discs. / Stress intensity factor (SIF) / Annular discs. / Central torque. / Coefficient of determination. / Crack configuration. / Disc stiffness. / Finite Element. / Finite element analysis. / Linear elastic fracture mechanics. / Model fit. / Multiple nonlinear regression. / Prediction equations. / Stress intensity. / Asphalt pavements. / Brittle fracture. / Cracks. / Fracture mechanics. / Nonlinear equations. / Regression analysis. / Stiffness. / Stress intensity factors. / Torque. / Finite element method.

Sifs for radial cracks in annular discs under internal and external shrinkage pressure and constant angular velocity

Author

Sakhaee Pour, A.

Publisher

American Society of Mechanical Engineers (ASME),

Pub. Year

2007

Subjects

Brittle fracture. / Factor analysis. / Fatigue of materials. / Forecasting. / Fracture mechanics. / Linear regression. / Regression analysis. / Stress intensity factors. / Angular velocity. / Cracks. / Geometry. / Parameter estimation. / Coefficient of determination. / Constant angular velocity. / Crack configuration. / Crack geometries. / Linear elastic fracture mechanics. / Multiple non linear regressions. / Prediction equations. / Uniform pressure. / Crack configuration factors. / Finite element method.