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Calculations have been carried out using self developed simulation software.
We present a recently developed simulation method for exploring the mechanisms of crystal nucleation from solution.
Finally, the assessment of the introduced model and developed simulation algorithm is provided based on simulation experiments.
To better prepare students for a simulation session, the authors developed simulation learning interactive modules (SLIMs).
Using a database that consists of 28 objects, we conducted 1200 grasping experiments in a specifically developed simulation environment.
The developed simulation software is an add-on to the finite element flow and transport modeling tool FEFLOW (Zheng [2007]; Diersch et al. [2011a, b]).
They developed simulation model for the process and redesigned wire winding mechanism to improve cutting stability as well as the consistency of workpiece dimension in multi-cutting process.
Chang et al.[10, 11] and Greathouse and Sposito[12] have developed simulation methodologies customized for exploration of the interlayer region of 2 1 clay mineral hydrates.
Currently, we have developed simulation models for the MAC and trusted routing components and complete software designs for all parts of the proposed VSN provisioning system.
To validate developed simulation model, microcylinder pumps with various pumping chamber diameters were fabricated employing soft lithography process.
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The developed simulation-based approach is applied to the stochastic performance evaluation of a reinforced concrete (RC) bridge considering deterioration caused by both earthquakes and chloride-induced corrosion.
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