Computational simulations and results
Computational simulations of second language construction learning
... our results are inconclu- sive, we believe that our preliminary experiments clearly demonstrate the opportunities of the model for SLA ...tional simulations and in the natural learner cor- pora (Gries & ...
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UAV-Based Bridge Inspection and Computational Simulations
... Alaska USDA- FS expressed their intention to evaluate the effectiveness of drones through field studies to determine their applicability for bridge inspection. The survey results were somewhat as expected with few ...
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Computational simulations of enzyme dynamics and the modelling of their reaction mechanisms
... fluorescence results in the NIR range; as opposed to probe A and C which performed equally well in solution but werenβt able to fluorescently stain live ...
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Predicting Transonic Flutter Using Nonlinear Computational Simulations
... Dynamic (flutter) analysis is performed in a multistep process, with the dynamic solution started from the static aeroelastic solution at corresponding Mach number, angle of attack and dynamic pressure, and setting the ...
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Computational Simulations of Similar Probabilistic Distributions to the Binomial and Poisson Distributions
... β ππππ₯ 0 πππ(π₯; Β΅, ππππ₯) , which should be around 1 for a good simulation. 3. Results 3.1 Description of the codes The MatLab application SimPD developed in this study is available in ...
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Computational Simulations of Similar Probabilistic Distributions to the Binomial and Poisson Distributions
... Keywords: simulation; binomial distribution; poison distribution; stochastic process; modelling 1. Introduction Nowadays, the probabilities of some stochastic processes/effects are calculated with ...
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Computational Simulations of Compressible Transitional Flows in a Turbine Vane Cascade
... The Reynolds number, which is the ratio of inertial forces to viscous forces within a flow, can provide some guidance as to the type of flow that is occurring. If the Reynolds number is small, the viscous forces ...
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Computational Simulations of the NASA Langley HyMETS Arc-Jet Facility
... CFD results and test data indicates an effectively fully catalytic copper surface on the heat flux probe of about 10% efficiency and a 2-3 kpa pressure drop from the arc heater bore, where the pressure is ...
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Investigation of radial flow ejector performance through experiments and computational simulations
... An illustrative performance curve showing the variation of the radial ejector entrainment ratio with back pressure is presented in Figure 6-2Figure 6-5 for a primary pressures of 200 kPa and a secondary pressure of 1.8 ...
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Mathematical Models in Mechanical and Biomedical Tribology with Computational Simulations/Optimization Methods
... of results of this, we recall simple optimization example, is that the process of programming optimal fitting for erosion and corrosion models can be carried out with modern computational programs, ...
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Computational Simulations of a Mach 0.745 Transonic Truss-Braced Wing Design
... Similar results were seen using a first order convective flux ...accurate results, the first order method would converge easily and quickly and could be used as a starting point for a second order ...best ...
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Computational Simulations of Convergent Nozzles for the AIAA 1st Propulsion Aerodynamics Workshop
... Results CFD simulations were performed as previously mentioned. The typical convergence of the discharge coefficient and the thrust coefficient is illustrated in Figure 4. Based on the discharge and thrust ...
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Computational Simulations of the 10-MW TP3 Arc-Jet Facility Flow
... the nozzle exit and 5.72 cm below centerline) in order to reduce the effects of the expansion wave on the model surface pressure. Figure 10 shows contours of the computed surface quantities (pressure, heat flux, and ...
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Investigation of radial flow ejector performance through experiments and computational simulations
... using Computational Fluid Dynamic (CFD) analysis with Ansys Fluent ...CFD results reveal that the radial flow configuration is viable and can produce comparable performance to axial flow ...
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Computational Simulations of Biomechanical Kinematics in WSU Total Ankle Replacement Systems
... 6 identify significant parameters affecting the linkage behavior, and prediction expressions were derived relating ligament parameters with obtained radius values. Chapter 7 determines the wear characteristics of WSU ...
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Methods for increased computational efficiency of multibody simulations
... This research is concerned with the efficient numerical simulation of flexible multi- body systems described by eqs. (1.1). Scaling operations are systematically devel- oped and the importance of augmented Lagrangian ...
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Responsible Conduct of Research with Computational Models and Simulations
... tial pitfalls associated with calibration that may give modelers and others a false sense of confidence in the results of computational models. Overfitting Computational modelers should watch out for ...
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Using Computational Agents to Design Participatory Social Simulations
... simulation results, the major difficulty appears as soon as they try to communicate with each other in the design process, at the moment when each one possesses her/his own incomplete model of the problem to be ...
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Computational Fluid Dynamic simulations of pipe elbow flow.
... performing Computational Fluid Dynamic (CFD) simulations of the flow in one elbow of the FAC test ...The simulations are being performed using the FLUENT commercial software developed and marketed by ...
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Scalable Reactive Molecular Dynamics Simulations for Computational Synthesis
... QM results, much better than other common charge models, generally fixed QM charges based on Mulliken or electrostatic potential models, and those from standard force ...
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