Results of 3D film boiling simulations with multiple interacting bubbles are presented.
Moreover, simulations with multiple peptides show how buforin II can embed deeply into membranes and potentially form toroidal pores.
The goal is to accelerate the computation of Sobol sensitivity indices when the deterministic simulation is expensive and simulations with multiple levels of fidelity are available.
The assumption of a spherically symmetric distribution for cloud refractivity fields is validated based on 2-dimensional simulations with multiple phase screen method.
The results show that the fourth-order reduced model can properly capture the input-output dynamics of a complete MMC and significantly reduce the computational cost of large-scale power system simulations with multiple ac/dc converter stations.
The model is dedicated to link level simulations with multiple underlying technologies and bandwidths.
The performance evaluation of the proposed strategies is conducted using system-level simulations with multiple UEs.
This result is from our experimental simulations with multiple users in the system and DR being used.
Next, we perform calcite growth simulations with multiple grains in 2D as well as 3D in order to computationally mimic the anisotropic cement overgrowths as observed in saline limestone aquifers.
For the simulations with multiple QTL, we omitted the methods of Xiong et al. (2011), as they have not yet been implemented for multiple QTL.
