Fast Mesh-based physical optics for large-scale electromagnetic analysis by Xiang, Daopu

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Evaluating the feasibility of electric vehicle technology for paratransit in Africa through simulation. by Abraham, Chris

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A Proper Orthogonal Decomposition-based inverse material parameter optimization method with applications to cardiac mechanics by Moodley, Kamlin

“…The main focus of this contribution is to investigate a Proper Orthogonal Decomposition with Interpolation (PODI) based method for inverse material parameter optimization in the field of cardiac mechanics. …”
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A method of voltage tracking for power system applications

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Pallet routing strategies for a reconfigurable conveyor. by Havenga, Pieter-Jan

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Applying the cross-entropy method in multi-objective optimisation of dynamic stochastic systems by Bekker, James

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Foot placement planning for a hexapod robot moving over uneven terrain by Lotriet, Andries Phillipus

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Yield analysis optimization of microwave devices; antennas using non-linear partial-least-squares; polynomial chaos expansion by Klink, Dieter Gert

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Proton pencil beam kernels as extracted from Geant4 Monte Carlo simulations by Chisapi, Maluba Vernon J.

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Development of Strategies for Effective Simulation-Based Learning in the Undergraduate Nursing Education at Nursing Colleges in United Arab Emirates : A Mixed Methods Study

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Hybrid finite element and moment method modelling of microstrip patches by Malan, D. H. (Daniel Hugo)

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Performance evaluation of decentralised spatio-centric and traditional MQTT messaging protocols in a SUMO simulation for taxi operations in Stellenbosch by Folscher, Alida

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Path planning for wheeled mobile robots using an optimal control approach by Matebese, Belinda Thembisa

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Nursing students perceptions and experiences of high fidelity simulation as a learning and teaching strategy in a resource limited setting by Munangatire, Takaedza

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A thermofluid network-based methodology for integrated simulation of heat transfer and combustion in a pulverized coal-fired furnace by van Der Meer, Willem Arie

“…A need therefore exists for a computationally efficient model that captures the three-dimensional radiation effects, flue gas exit temperature profile, carbon burnout and O2 and CO2 concentrations, while integrated with the steam side process model for dynamic simulations. A thermofluid network-based methodology is proposed that combines the zonal method to model the radiation heat transfer in three dimensions with a one-dimensional burnout model for the heat generation, together with characteristic flow maps for the mass transfer. …”
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Optimisation of complex simulation models by Bezuidenhoudt,Cecile Margaret

“…Choosing optimal simulation parameters leads to improved operation of the model but it is still a challenge as to how to go about optimally selecting these parameter values. …”
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Numerical simulation of the casting process by Bowles_HC

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Simulation of distributed computer networks by Weehuizen, Hermanis Frans

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A Virtual-Reality-Based Dental Simulator for Endodontics with Automated Formative Feedback by Abo El Ela, Yousef Salah

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Simulated Annealing in telecommunication network planning by Puoza, Julius Caesar

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