Sharif Digital Repository

Robust DTC control of doubly-Fed induction machines based on input-output feedback linearization using recurrent neural networks

Author

Payam, A. F.

Pub. Year

2011

Subjects

Adjustable speed. / Artificial Neural Network. / Control approach. / Direct Torque Control. / Doubly Fed induction machine. / Doubly fed induction machines. / DTC-SVM. / Electrical parameter. / Flux tracking errors. / Input-output feedback linearization. / Lyapunov theorems. / Non-linear controllers. / Recurrent artificial neural networks. / Reference frame. / Reference voltages. / Rotor circuits. / Rotor fluxes. / Space-vector modulation. / State variables. / Stator currents. / Two layers. / Uniformly ultimately bounded. / Voltage source inverter. / Computer simulation. / Recurrent neural networks. / Rotors (windings) / State feedback. / Stators. / System stability. / Theorem proving. / Torque control. / Uncertainty analysis. / Vector spaces. / Feedback linearization.

Iran’s oil development scenarios by 2025 [electronic resource] / Payam Abbaszadeh, Abbas Maleki, Mohammad Alipour, Yaser Kanani Maman.

Author

Abbaszadeh, Payam.

Subjects

Comprehensive analysis. / Development scenarios. / Development strategies. / Natural gas reserves. / Production and consumption.

Natural compounds for skin tissue engineering by electrospinning of nylon-Beta vulgaris

Author

Ranjbarvan, P.

Publisher

Lippincott Williams and Wilkins,

Pub. Year

2018

Subjects

Nanofiber. / Natural compounds. / Nylon 66. / Skin. / Assays. / Biomechanics. / Contact angle. / Cytology. / Electrospinning. / Fourier transform infrared spectroscopy. / Gene expression. / Keratin. / Nanofibers. / Nylon polymers. / Plants (botany) / Polymerase chain reaction. / Rayon. / Scanning electron microscopy. / Tissue. / Beta vulgaris. / Electrospinning setups. / Homogeneous structure. / Nanofibrous scaffolds. / Real time polymerase chain reactions. / Skin tissue engineering. / Scaffolds (biology) / Beta vulgaris extract. / Cytokeratin 10. / Cytokeratin 14. / Formic acid. / Involucrin. / Loricrin. / Molecular scaffold. / Natural product. / Nylon. / Plant extract. / Polymer. / Unclassified drug. / Adherent cell. / Beet. / Biocompatibility. / Cell interaction. / Cell structure. / Human cell. / Hydrophilicity. / Immunocytochemistry. / Keratinocyte. / Nonhuman. / Priority journal. / Real time polymerase chain reaction. / Tensile strength. / Tissue engineering.

MgO-incorporated carbon nanotubes-reinforced Mg-based composites to improve mechanical, corrosion, and biological properties targeting biomedical applications

Author

Abazari, S.

Publisher

Elsevier Editora Ltda,

Pub. Year

2022

Subjects

Biological property. / Corrosion behavior. / Mechanical property. / Mg-based composite. / MgO-CNTs fillers. / Carbon nanotubes. / Compressive strength. / Corrosion rate. / Corrosive effects. / Degradation. / Fillers. / Grain size and shape. / Magnesium alloys. / Manganese alloys. / Mechanisms. / Medical applications. / Powder metallurgy. / Reinforcement. / Ternary alloys. / Zinc alloys. / % reductions. / Biological properties. / Carbon nanotube fillers. / Carbon nanotubes composites. / Corrosion behaviour. / Magnesium oxide-carbon nanotube filler. / Mechanical. / Mg alloy. / Mg based composites. / Oxide-carbon nanotube. / Magnesia.

Microfluidic-based droplets for advanced regenerative medicine: current challenges and future trends

Author

Nazari, H.

Publisher

MDPI,

Pub. Year

2022

Subjects

Droplet. / Microfluidics. / Regenerative medicine. / Stem cell therapy. / Tissue engineering. / Embryo culture. / Extracellular matrix. / Gertilization. / Gamete. / Gene therapy. / Human. / Infertility therapy. / Liver regeneration. / Nonhuman. / Review. / Stem cell culture. / Stem cell niche. / Stem cell transplantation. / Trend study. / Procedures. / Biomaterial. / Biocompatible Materials. / Regenerative Medicine.