Sharif Digital Repository

Sliding mode control of chaotic rayleigh-benard convection in maxwellian fluids

Author

Rashedi, M.

Pub. Year

2009

Subjects

Chaotic behaviors. / Convection systems. / Elastic fluids. / Maxwellian fluids. / Non-linear model. / Rayleigh. / Simulation result. / Sliding modes. / Asymptotic analysis. / Controllers. / Mechatronics. / Intelligent mechatronics.

Correlation between isothermal crystallization properties and slow crack growth resistance of polyethylene pipe materials

Author

Gholami, F.

Publisher

Elsevier Ltd,

Pub. Year

2019

Subjects

Avrami index. / Isothermal crystallization. / Morphology. / Slow crack growth. / SSA-DSC. / Creep. / Crystalline materials. / Differential scanning calorimetry. / Isotherms. / Morphology. / Resins. / Avrami indices. / Crystallization properties. / Isothermal crystallization. / Microstructural evaluation. / Non isothermal differential scanning calorimetry. / Polyethylene pipe materials. / Slow crack growth. / SSA-DSC. / Polyethylenes.

Mesoporous silica nanoparticles (MCM-41) coated PEGylated chitosan as a pH-Responsive nanocarrier for triggered release of erythromycin [electronic resource] / Ali Pourjavadi, Zahra Mazaheri Tehrani.

Author

Pourjavadi, A. (Ali).

Subjects

Mesoporous silica. / Nanocarrier. / PEGylated chitosan. / PH responsive.

Correlation between rheological and mechanical properties of black PE100 compounds - effect of carbon black masterbatch

Author

Pircheraghi, G.

Publisher

BME-PT and GTE,

Pub. Year

2017

Subjects

Carbon black. / Masterbatch. / PE100. / Rheology. / Strain hardening. / Chains. / Hardening. / Molecular weight. / Molecular weight distribution. / Shear flow. / Tensile testing. / Bimodal molecular weight distribution. / Co-rotating twin screw extruders. / Long-term resistance. / Low molecular weight. / Rheological and mechanical properties. / Strain hardening behavior.

How does the central nervous system address the kinetic redundancy in the lumbar spine? Three-dimensional isometric exertions with 18 Hill-model-based muscle fascicles at the L4-L5 level

Author

Rashedi, E.

Pub. Year

2010

Subjects

Central nervous system. / Hill-model-based muscle fascicles. / Kinetic redundancy. / Lumbar spine. / Biomechanical model. / Central nervous systems. / Lumbar spine. / Lumbar spines. / Model-based. / Bio-mechanical models. / Biomechanical analysis. / Central nervous systems. / Interaction mechanisms. / Muscle fascicles. / Three degrees of freedom. / Uncontrolled manifolds. / Biomechanics. / Quality assurance. / Redundancy. / System stability. / Biomechanics. / Degrees of freedom (mechanics) / Joints (anatomy) / Musculoskeletal system. / Neurophysiology. / Stiffness. / Three dimensional. / Muscle. / Biological model. / Body equilibrium. / Body posture. / Computer simulation. / Human. / Kinetics. / Lumbar vertebra. / Muscle isometric contraction. / Physiology. / Skeletal muscle. / Computer Simulation. / Humans. / Isometric Contraction. / Kinetics. / Lumbar Vertebrae. / Models, Biological. / Muscle, Skeletal. / Postural Balance. / Posture.