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| # | Type | Title | Author | Publisher | Pub. Year | Subjects | Call Number |
|---|---|---|---|---|---|---|---|
| 1 | مقاله | Band-structure calculation of SH-waves in 1D hypersonic nano-sized phononic crystals with deformable interfaces | Jam, M.T. | Elsevier B.V, | 2022 |
Band gap.
Deformable interfaces. Hypersonic phononic crystals. Interface inertial parameters. Negative refraction. Phononic band-structure. Calculations. Crystal structure. Deformation. Elasticity. Multilayers. Phonons. Shear waves. Terahertz waves. Wave propagation. Zirconia. Deformable interface. Inertial parameters. Interface inertial parameter. Layer stacks. Multilayer stacks. Nano sized. Negative refractions. SH-waves. Energy gap. |
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| 2 | مقاله | Scattering of plane elastic waves by a multi-coated nanofiber with deformable interfaces | Shodja, H. M. | Elsevier Ltd, | 2018 |
Curved deformable interfaces.
Interface equations of motion. Interface excess kinetic energy. Interface inertial parameters. Interface momenta. Plane elastic waves. Scattering cross section. Elastic waves. Equations of motion. Kinetic energy. Kinetics. Nanofibers. Natural frequencies. Stiffness. Stress concentration. Dynamic stress concentration factor. Elastostatic theory. Inertial parameters. Interface equations. Interface stiffness. Locally resonant sonic materials. Low-frequency waves. Deformation. |
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| 3 | مقاله | Interface effects on the electromagnetic radiation emanating from an embedded piezoelectric nano-fiber incident upon by SH-waves | Taheri Jam, M. | Elsevier B.V, | 2020 |
Electromagnetic radiation.
Embedded piezoelectric nanofiber. Fully-coupled electrodynamics. Interface effect. Electromagnetic wave emission. Electromagnetic waves. Maxwell equations. Radiation effects. Shear waves. Electrically small antennas. Fully-coupled. Fundamental resonance frequency. Interface characteristic. Mathematical frameworks. Piezoelectric nanofibers. Scattering cross section. Nanofibers. Electrodynamics. Magnetic field. Piezoelectricity. SH-wave. |
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| 4 | مقاله | Heat transfer analysis of a porously covered heated square cylinder, using a hybrid Navier-Stokes-lattice Boltzmann numerical method | Salimi, M. R. | Elsevier Masson SAS, | 2015 |
Cylinders (shapes)
Finite volume method. Laminar flow. Navier Stokes equations. Numerical methods. Nusselt number. Porosity. Reynolds number. Thermal conductivity. Thermal conductivity of liquids. Thermal conductivity of solids. Heat transfer analysis. High thermal conductivity. Hybrid FVMeLBM. Multiple-relaxation time. Porous covering. Thermal conductivity ratio. Two-dimensional laminar flow. Unsteady laminar flow. Heat transfer. |
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| 5 | مقاله | Pore-scale simulation of fluid flow passing over a porously covered square cylinder located at the middle of a channel, using a hybrid MRT-LBM–FVM approach | Salimi, M. R. | Springer New York LLC, | 2015 |
Hybrid LBM–FVM.
Porous media. Unsteady flow. Aerodynamic configurations. Computational fluid dynamics. Cylinders (shapes) Drag. Finite volume method. Fluid dynamics. Mechanical permeability. Porous materials. Reynolds number. Aerodynamic coefficients. Compressibility errors. Low Reynolds number. Multiple-Relaxation Time lattice Boltzmann. No-slip boundary conditions. Permeability increase. Pore-scale simulation. Unsteady laminar flow. Flow of fluids. Aerodynamics. Boundary condition. Channel flow. Finite element method. Fluid flow. Laminar flow. Navier-Stokes equations. Porosity. Porous medium. Simulation. |
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| 6 | مقاله | Accurate calculation of the natural frequencies of reticulated and solid cylindrical composite shells | Hashemian, A. H. | 2012 |
Composite Materials.
Natural Frequencies. Reticulated Strucutres. Solid hollow cylindrical shell. Cylindrical composite shells. Cylindrical shell. Governing equations. Hollow cylinders. Outer diameters. Reticulated shells. Solid cylinders. Aerospace engineering. Cylinders (shapes) Finite element method. Natural frequencies. Shells (structures) |
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| 7 | مقاله | Optimization of geometric parameters of latticed structures using genetic algorithm | Hashemian, A. H. | 2011 |
Aerospace structure.
Aircraft fuselages. Buckling loads. Civil engineering structures. Compressive axial load. Cross-section area. Cylindrical shell. Functional structure. Geometric design. Geometric parameter. Governing differential equations. Hollow cylinders. Lattice shells. Lattice structures. Load capacity. Load-bearing capacity. Maximum buckling. Objective functions. Optimum parameters. Outer diameters. Rocket motor. Shell structures. Specific weights. Axial loads. Buckling. Civil engineering. Composite materials. Cylinders (shapes) Differential equations. Finite element method. Fuselages. Genetic algorithms. Geometry. Optimization. Parameter estimation. Rocket engines. |
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| 8 | پایان نامه | کاربرد یادگیری عمیق در پیش بینی زوال خطوط راه آهن Application of Deep Learning Algorithms in Railway Track Deterioration Modeling | فتحی جم، فائزه Fathi Jam, Faeze | صنعتی شریف | 1400 | مدیریت تعمیر و نگهداری Maintenance Management / یادگیری عمیق Deep Learning / مدل زوال خطوط راه آهن Railway Track Deterioration / ماشین اندازه گیر خط Track Car Recorder (EM120) / خطوط ریلی Railway Network |
09-55014
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| 9 | پایان نامه | اثر سطح و میانسطح در پراکنش امواج الاستیک درون صفحه ای توسط یک نانوفایبر پوشش دار Surface/Interface Effects on The Scattering of In-Plane Elastic Waves by a Multi-Coated Nanofiber | طاهری جم، مسعود Taheri Jam, Masoud | صنعتی شریف | 1395 | اثر سطح Surface Effect / کشسانی سطح Surface Elasticity / پراکندگی Scattering / نانوالیاف Nanofiber / اتصال ناکامل Imperfect Interface / موج کشسان Elastic Wave / اثر میان سطح Interface Effect |
09-52271
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| 10 | پایان نامه | درستی یابی ترکیبی سیستم های توزیع شده زمان دار Compositional Verification of Timed Distributed Systems | معینی جم، مهران Moeini Jam, Mehran | صنعتی شریف | 1402 | وارسی صوری Formal Verification / وارسی الگو Model Cheking / سیستم توزیع شده Distributed System / سیستم های زمانی Timed Systems / درستی یابی ترکیبی Compositional Verification |
19-57160
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| 11 | پایان نامه | شبیه سازی عددی خنک کاری سطوح با پوشش متخلخل، با استفاده از حلگر ترکیبی ناویر - استوکس و شبکه بولتزمن Computational Simulation of Cooling of Porously Covered Surfaces, Using a Navier-stokes and Lattice Boltzmann Solver | سلیمی، محمد رضا Salimi, Mohammad Reza | صنعتی شریف | 1394 | انتقال حرارت Heat Transfer / محیط متخلخل Porous Media / شبیه سازی جریان سیال در مقیاس منفذ Pore Scale Simulation of Fluid Flow / مدل مقیاس حفره Pore-Scale Model / ترکیب روش حجم محدود - روش شبکه بولتزمن Finite Volume Method-Lattice Boltzmann Method / زمان آرامش چندگانه Multiple Relaxation Time (MRT) |
45-47917
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| 12 | مقاله | Vulnerability modeling of cryptographic hardware to power analysis attacks | Moradi, A. | 2009 |
DPA.
Glitches. SPA. Toggle-count DPA. Vulnerability. DPA. Glitches. SPA. Toggle-count DPA. Vulnerability. |
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| 13 | مقاله | Stochastic fine-tuning of language models using masked gradients | Akbar-Tajari, M. | ACL Anthology, | 2024 |
Benchmarking.
Computational linguistics. Computer circuits. Context sensitive languages. Gluing. Modeling languages. Natural language processing systems. Stochastic models. Computational costs. |
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| 14 | مقاله | Nonlinear free vibration of conservative oscillators with inertia and static type cubic nonlinearities using homotopy analysis method | Hoseini, S. H. | 2008 |
Approximation theory.
Convergence of numerical methods. Parameter estimation. Vibrations (mechanical) Cubic nonlinearities. Nonlinear free vibrations. Oscillators (electronic) |
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| 15 | مقاله | A hybrid transformer model for determination of partial discharge location in transformer winding | Naderi, M. S. | 2007 |
Computer simulation.
Electric lines. Electric windings. Electromagnetic fields. Optimization. Partial discharges. Hybrid transformer model. PD location. PD propagation. Structural data. Power transformers. |
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| 16 | مقاله | A method for studying partial discharges location and propagation within power transformer winding based on the structural data | Naderi, M. S. | Institute of Electrical Engineers of Japan, | 2005 |
Algorithms.
Computer software. Degradation. Deterioration. Electric insulation. Electric transformers. Failure analysis. Mathematical models. Winding. Insulating systems. Insulation failure. Power transformers. Software packages. Partial discharges. |
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| 17 | مقاله | On the throughput and outage probability of multi-relay networks with imperfect power amplifiers | Makki, B. | Institute of Electrical and Electronics Engineers Inc, | 2015 |
Cooperative and non-cooperative networks.
Dense networks. Green Communication. Multi-relay networks. Outage probability. Power amplifiers. Throughput. |
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| 18 | مقاله | Design and implementation of a new spherical super element in structural analysis | Sarvi, M. N. | 2012 |
Natural frequency.
Spherical super element. Biological cells. Computational time. Experimental methods. Finite element packages. Hollow sphere. Mechanical problems. Shape functions. Spherical structures. Super elements. Ball bearings. Deformation. Finite element method. Natural frequencies. Vibration analysis. Spheres. |
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| 19 | مقاله | Deformation, stress and natural frequency analysis of the fullerene by finite super element method | Sarvi, M. N. | 2011 |
Nano ball bearing.
Spherical super element. Stress. Accurate prediction. Cancerous cells. Concentrated load. Experimental methods. Frequency Analysis. Static and dynamic response. Super element method. Super elements. Support structures. Ball bearings. Deformation. Design. Dynamic response. Loading. Mechanical properties. Molecular dynamics. Natural frequencies. Spheres. Stress analysis. Stresses. Fullerenes. |
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| 20 | مقاله | Vibrational analysis of wavy carbon nanotube-reinforced composites | Motahar, M. S. | 2011 |
Beam elements.
Different boundary condition. Effective moduli. Elastodynamic behavior. Finite-element approach. Nanotube waviness. Three-dimensional structure. Vibrational analysis. Design. Nanotubes. Natural frequencies. Stress analysis. Carbon nanotubes. |
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