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2-D computational model

Computational studies on the robustness of the H-infinity control in a 2-D structural acoustic model with periodic excitation

Computational studies on the robustness of the H-infinity control in a 2-D structural acoustic model with periodic excitation

... In this section we describe a model for a structural acoustic test apparatus at NASA Langley Research Center. In collaboration with scientists (R. Silcox, D. Brown, V. Metcalf, H. Lester) from the ...

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Reducing the Computational Time of the Smoothed Particle Hydrodynamics Method with a Coupled 2-D/3-D Approach

Reducing the Computational Time of the Smoothed Particle Hydrodynamics Method with a Coupled 2-D/3-D Approach

... (3- D) models Tis Isat, developed at the University of Ljubljana, were used with an appropriate coupling ...new model was validated and calibrated against the results of laboratory ...the ...

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Stability Analysis of 2-D PSV System Represented by Givone–Roesser Model

Stability Analysis of 2-D PSV System Represented by Givone–Roesser Model

... Givone-Roesser model of 2-D PSV ...as Computational complexity is concerned and second condition could be applied if first condition for stability ...

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Predictive model of 2-cyclohexylthiophene for corrosion inhibition in mild steel using computational method

Predictive model of 2-cyclohexylthiophene for corrosion inhibition in mild steel using computational method

... of 2-cyclohexylthiophene was investigated by quantum chemical calculation using Quantum chemical ...Figure 2 and quantum chemical parameters calculated are shown in Table ...Table 2, makes the ...

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Model Reduction of 2 D IIR Filters

Model Reduction of 2 D IIR Filters

... suitable model reduction pro- cedure should provide a model that approximates the original well, it should produce stable models from a stable original, and it should be able to be implemented on a computer ...

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The influence of layering and barometric pumping on firn air transport in a 2-D model

The influence of layering and barometric pumping on firn air transport in a 2-D model

... The model time step is ...the model results and make the model impractical to run due to computational ...the model is varied between sites with differing snow accu- mulation rates to ...

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Computational Model for Organizational Learning in Research And Development Centers (R&D)

Computational Model for Organizational Learning in Research And Development Centers (R&D)

... Figure. 4 displays the standardized interface in order to optimize the ability to search, retrieve and analyze the texts of lessons learned extracted. In this case, the capture and extraction of texts from the twitter ...

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2-D Computational Analysis of a Vertical Axis Wind Turbine Airfoil

2-D Computational Analysis of a Vertical Axis Wind Turbine Airfoil

... inviscid model reaches convergence over a larger range in comparison to its other counterparts, it is not accurate enough to predict the aerodynamic characteristics of the ...

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A 2-D Time-Dependent Ripple Prediction Model for Wave Dominated Flows

A 2-D Time-Dependent Ripple Prediction Model for Wave Dominated Flows

... pattern, computational intensity, and the amount of register memory that each thread ...full computational speed, each core should be working on several threads ...

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Investigation into intermodulation distortion in HEMTs using a quasi-2-D physical model

Investigation into intermodulation distortion in HEMTs using a quasi-2-D physical model

... charge-control model is implemented via a series of Gaussian boxes along the channel, as illustrated in ...the model, 2-D charge control is retained and the simulation runs over 1000 times ...

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Elements of a Computational Model of Cooperative Response Generation

Elements of a Computational Model of Cooperative Response Generation

... Elements of a Computational Model of Cooperative Response Generation Elements of a Computational Model of Cooperative Response Generation* B r a n t A C h e i k e s a n d B o n n i e L W e b b e r U n[.] ...

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Energy efficiency improvement in coal fired power plant
through operational optimisation

Energy efficiency improvement in coal fired power plant through operational optimisation

... and 2 being “To understand the auxiliary consumption within Tarong Power Stations 350 MW coal fired units” and to “Identify potential control based energy reduction ...

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2D Numerical Simulation of a Micro Scale Ranque-Hilsch Vortex Tube

2D Numerical Simulation of a Micro Scale Ranque-Hilsch Vortex Tube

... axisymmetric 2-D model to simulate the energy separation inside the ...turbulence model was better than K-ε model for simulating of a vortex ...

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A Computational Model for Arguments Understanding

A Computational Model for Arguments Understanding

... A Computational Model for Arguments Understanding A Computational Model for Arguments Understanding St~phane Guez (*) Department of Computer Science University of Rochester Rochester, NY 14627 (USA) 1[.] ...

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A Computational Model of Metaphor Interpretation

A Computational Model of Metaphor Interpretation

... However, no taxonomies are given for the other very general core metaphors used in MIDAS, which are Location- Metaphor, At-State, Have-State, Container-Metaphor, Kill-Metaphor, and Eatin[r] ...

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A Computational Model of Social Perlocutions

A Computational Model of Social Perlocutions

... What's been lacking is an attempt to integrate the lessons learned from these different research efforts to provide an initial model of social perlocutions; that is, a model that describ[r] ...

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A computational model of observer stress

A computational model of observer stress

... a computational method to model a stress signal of an observer for meditation setting was successfully developed using stress response ...the model is presented in Figure ...hybrid model of a ...

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2 (2 Pyridyl)­benzo­[1,2 d;4,5 d′]­di­imidazole

2 (2 Pyridyl)­benzo­[1,2 d;4,5 d′]­di­imidazole

... All H atoms bonded to C atoms were placed in calculated posi- tions, with CÐH distances of 0.93 AÊ, and included in the re®nement in the riding-model approximation, with the exception of the hydroxy group H atom, ...

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2 D Model of Sponge Iron Rotary Kiln Developed Using CFD

2 D Model of Sponge Iron Rotary Kiln Developed Using CFD

... this model the effects of variations of input parameters, such as angle of inclination, number of rotation and mass flow rate of iron ore are studied on output parameters like Fe content, and temperature ...

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MEASUREMENT OF MEAN VELOCITY PROFILE IN A TURBULENT PIPE FLOW – A NUMERICAL APPROACH

MEASUREMENT OF MEAN VELOCITY PROFILE IN A TURBULENT PIPE FLOW – A NUMERICAL APPROACH

... A comparison between the mean velocity profiles obtained from the numerical measurement carried out in this study and the experimental data of Odewole et al, 2010 is depicted in Figure 1 below. It is evident from Table 1 ...

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