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| # | Type | Title | Author | Publisher | Pub. Year | Subjects | Call Number |
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| 1 | مقاله | Toward equitable investment in transport infrastructures: Providing a comparative framework based on theories of justice | Behbahani, H. | 2014 |
Accessibility.
Equity. Network design problem. Sustainable transportation. |
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| 2 | مقاله | Reduced-order modeling of unsteady flows without static correction requirement | Behbahani Nejad, M. | American Institute of Aeronautics and Astronautics Inc, | 2005 |
Airfoils.
Computational methods. Computer simulation. Eigenvalues and eigenfunctions. Wings. Fluid eigenmodes. Reduced-order modeling. Static correction. Vortex lattice method. Unsteady flow. |
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| 3 | مقاله | A new reduced-order modeling approach based on fluid eigenmodes and boundary element method | Behbahani Nejad, M. | American Institute of Aeronautics and Astronautics Inc, | 2005 |
Boundary element method.
Computational methods. Eigenvalues and eigenfunctions. Mathematical models. Unsteady flow. Wakes. Eigenanalysis. Fluid eigenmodes. Quasi-static eigenmodes. Wake singularities. Fluid dynamics. |
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| 4 | مقاله | Font recognition for Persian optical character recognition system | Eghbali, K. | IEEE Computer Society, | 2018 |
Font recognition.
Gabor filter. Nerual network. PCA. Persian OCR. Random forest. Computer vision. Decision trees. Optical character recognition. Optical data processing. Principal component analysis. Font recognition. Multi layer perceptron. Nerual networks. Optical character recognition (OCR) Optical character recognition system. Persian ocrs. Principle component analysis. Random forests. Gabor filters. |
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| 5 | مقاله | Unsteady supersonic aerodynamics based on BEM, including thickness effects in aeroelastic analysis | Soltani, N. | 2004 |
Aerodynamics.
Supersonic flow. Flutter. Fluid-structure interaction. Boundary element method. Aeroelasticity. |
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| 6 | مقاله | Application of the modified reduced-order aerodynamics modelling approach to aeroelastic analysis | Shahverdi, H. | 2009 |
Efficiency.
Aeroelasticity. Eigensystem. Reduced-order modelling. Singular. Unsteady. Aerodynamics. Airfoils. Algebra. Computational complexity. Eigenvalues and eigenfunctions. Elastic waves. Elasticity. Fluid dynamics. Three dimensional. Unsteady flow. Boundary element method. |
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| 7 | مقاله | Aeroelastic analysis of helicopter rotor blade in hover using an efficient reduced-order aerodynamic model | Shahverdi, H. | 2009 |
Aerodynamic.
Blade. Eigenvalue. Flutter. Aerodynamic models. Aerodynamic theory. Aeroelastic. Aeroelastic analysis. Aeroelastic stability. Aeroelastic stability analysis. Bladed rotors. Eigen modes. Eigen-value. Eigenvalues. Equilibrium conditions. Equilibrium positions. Equilibrium state. Flight conditions. Galerkin's method. Helicopter blades. Helicopter rotor blades. Lead-lag. Numerical results. Quasi-steady. Reduced order. Rotor blades. Small perturbations. Time history response. Unsteady airloads. Eigenvalues and eigenfunctions. Equations of motion. Flutter (aerodynamics) Galerkin methods. Gas dynamics. Helicopter rotors. Lead. Mechanics. Newton-raphson method. Nonlinear equations. Perturbation techniques. Three dimensional. Turbomachine blades. Boundary element method. |
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| 8 | مقاله | An efficient reduced-order modelling approach based on fluid eigenmodes and boundary element method | Shahverdi, H. | 2007 |
Airfoils.
Boundary element method. Eigenvalues and eigenfunctions. Unsteady flow. Wakes. Wings. Eigensystem. Fluid eigenmodes. Reduced-order modelling. Mathematical models. |
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| 9 | مقاله | Effect of characteristic time on scaling of breakthrough time distribution for two-phase displacement in percolation porous media.Effect of characteristic time on scaling of breakthrough time distribution for two-phase displacement in percolation porous media | Shokrollahzadeh Behbahani, S. | Springer Netherlands, | 2019 |
Breakthrough time.
Dynamic reservoir simulation. Waterflood. Petroleum reservoir engineering. Petroleum reservoirs. Porous materials. Secondary recovery. Two phase flow. Heterogeneous porous medium. Percolation theory. Percolation thresholds. Reservoir simulation. Two-dimensional flow. Two-phase displacements. Water flood. Solvents. Breakthrough curve. Computer simulation. Displacement. Geometry. Percolation. Porous medium. Reservoir flooding. Temporal distribution. Two-dimensional flow. |
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| 10 | پایان نامه | بررسی تاثیر نرخ کرنش بر نسبت پوآسون فوم پلی ارتان آگزتیک Investigating the Effect Strain Rate on the Poisson’s Ratio of Auxetic Polyurethane Foams | بهبهانی، علی Behbahani, Ali | صنعتی شریف | 1401 | نسبت پواسون Poisson Ratio / کف Foam / کرنش Strain / آهنگ کرنش Strain Rate / طراحی آزمایش ها Experiments Design / تحلیل آماری Statistical Analysis / مواد اگزوتیک Auxetic Materials |
08-55256
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| 11 | پایان نامه | مدل هایی برای طراحی شبکه تغذیهکننده خطوط حمل و نقل سریع با هدف بیشینه کردن پوشش مسافران Feeder Network Design for Rapid Transit System | ابوعلیزاده بهبهانی، بیژن Abooalizadeh Behbahani, Bijan | صنعتی شریف | 1394 | طراحی شبکه Network Design / مسیریابی Routing / خطوط اتوبوس تغذیه کننده Feeder Bus Lines / حمل و نقل عمومی Public Transport / حمل و نقل چندطریقه ای Multimodal Transportation / طراحی شبکه حمل و نقل Transportation Network Design |
09-47929
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| 12 | پایان نامه | الگوریتم شبه مدل محور برای مسایل بهینه سازی شبیه سازی نیمه گران قیمت بر مبنای شبکه عصبی مصنوعی An Artificial Neural Network Meta-Model for Solving Semi Expensive Simulation Optimization Problems | بهبهانی، محمد Behbahani, Mohammad | صنعتی شریف | 1397 | بهینه سازی شبیه سازی Simulation Optimization / الگوریتم شبه مدل محور Metamodel-Based Algorithm / شبکه عصبی مصنوعی Artificial Neural Network / مدل شبیه سازی نیمه گران Semi-Expensive Simulation |
01-51469
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| 13 | مقاله | A new experimental and theoretical approach for viscosity Iranian heavy crude oils based on tuning friction theory and friction volume theory parameters | Farajpour, E. | Elsevier B.V, | 2022 |
Crude oil characterization.
Free Volume Theory. Friction Theory. Optimization algorithm. |
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| 14 | مقاله | A modified thermodynamic modeling of wax precipitation in crude oil based on PC-SAFT model | Mashhadi Meighani, H. | Elsevier, | 2016 |
Sensitivity analysis.
Asphaltenes. Characterization. Crude oil. Forecasting. Molecules. Network layers. Neural networks. Petroleum industry. Petroleum transportation. Crude oil characterization. Monte carlo algorithms. PC-SAFT. Statistical associating fluid theory. Thermodynamic model. Wax appearance temperature. Wax precipitation. Wax precipitation models. Precipitation (chemical) |
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| 15 | مقاله | Wettability alteration of carbonate rock by nonionic surfactants in water-based drilling fluid | Kiani, M. | Center for Environmental and Energy Research and Studies, | 2018 |
Contact angle.
Formation damage. Polyethylene glycol. Wettability. Amides. Calcium carbonate. Carbonation. Chlorine compounds. Hydrophilicity. Infill drilling. Nonionic surfactants. Petroleum reservoir engineering. Petroleum reservoirs. Polyethylene glycols. Polyethylenes. Potash. Potassium chloride. Productivity. Risk management. Rocks. Wetting. Acrylamide hydrolysis. Fluid-loss control. Hydrophilic state. Quantitative method. Reservoir conditions. Water based drilling fluids. Wettability alteration. Drilling fluids. |
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| 16 | مقاله | Wettability alteration of carbonate rock by nonionic surfactants in water-based drilling fluid | Kiani, M. | Center for Environmental and Energy Research and Studies, | 2019 |
Contact angle.
Drilling fluids. Formation damage. Polyethylene glycol. Wettability. Amides. Calcium carbonate. Carbonation. Chlorine compounds. Hydrophilicity. Infill drilling. Nonionic surfactants. Petroleum reservoir engineering. Petroleum reservoirs. Polyethylene glycols. Polyethylenes. Potash. Potassium chloride. Productivity. Risk management. Rocks. Wetting. Acrylamide hydrolysis. Fluid-loss control. Hydrophilic state. Quantitative method. Reservoir conditions. Water based drilling fluids. Wettability alteration. Carbonate rock. Drilling fluid. Hydrolysis. Oil production. Polymer. Reservoir rock. Surface tension. Surfactant. |
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| 17 | مقاله | A new model based on multilayer kinetic adsorption mechanism for asphaltenes adsorption in porous media during dynamic condition | Jafari Behbahani, T. | 2014 |
Adsorption.
Asphaltene. Kinetics. Porous media. Enzyme kinetics. MATLAB. Multilayers. Porous materials. Ultraviolet visible spectroscopy. Absolute average deviation. Adsorption mechanism. Asphaltene adsorption. Concentration of solutions. Crank-Nicholson method. Monolayer adsorption. Multilayer adsorption. Second order convergence. Asphaltenes. |
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| 18 | مقاله | Investigation of asphaltene adsorption in sandstone core sample during CO2 injection: Experimental and modified modeling | Jafari Behbahani, T. | 2014 |
Asphaltene adsorption.
Core sample. Dynamic condition. Permeability reduction. SEM study. Adsorption. Algorithms. Asphaltenes. Carbon dioxide. Floods. Flow rate. Monolayers. Multilayers. Petroleum reservoirs. Sandstone. Kinetic adsorption models. Multilayer adsorption. Permeability and porosities. Scanning electron microscopic. Core samples. |
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| 19 | مقاله | A modified scaling equation based on properties of bottom hole live oil for asphaltene precipitation estimation under pressure depletion and gas injection conditions | Jafari Behbahani, T. | 2013 |
Asphaltene precipitation.
Bottom hole live oil. Flory-Huggins model. PC-SAFT. Scaling model. Live oil. Bottom hole pressure. Enhanced recovery. Resins. Water injection. Asphaltenes. |
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| 20 | مقاله | Investigation on asphaltene deposition mechanisms during CO2 flooding processes in porous media: A novel experimental study and a modified model based on multilayer theory for asphaltene adsorption | Jafari Behbahani, T. | 2012 |
Adsorption mechanism.
Asphaltene adsorption. Asphaltene deposition. Bottom hole. Dead-oil. Developed model. Different mechanisms. Experimental data. Experimental methods. Experimental studies. Formation damage. Interfacial interaction. Live oil. Material balance equation. Modified model. Monolayer adsorption. Multilayer adsorption. Oil recoveries. Permeability reduction. Reservoir conditions. Tight sandstones. Two-materials. Water phase. Adsorption. Asphaltenes. Core samples. Cyclohexane. Driers (materials) Mechanical permeability. Mechanisms. Meteorological instruments. Monolayers. Multilayers. Petroleum reservoirs. Porous materials. Pressure drop. Spectrophotometers. Toluene. Water injection. Carbon dioxide. |
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