Hspice based simulations have been carried out to verify the performance of different logic gates.
High-throughput quantum mechanics based simulations have been carried out to establish the change in lattice parameter and superlattice intrinsic stacking fault (SISF) formation energies in Ni3Al-based alloys using the axial Ising model.
Animal model-based simulation has been used for training purposes throughout the time.
In Part I, CFD based numerical simulation has been proven to be an effective approach to analyse the performance of the micro-combustor under various conditions.
To achieve this aim, a numerical analysis based on computerized simulation has been carried out to compare different configurations of housing densities in terms of their energy consumption.
A numerical study based on compositional simulation has been developed to describe the phase behavior in the DEW model.
The principle underlying goal-orientated ventilation based on computer simulation has been described elsewhere [ 25, 26].
Computer assisted corrective osteotomy of the diaphyseal forearm and the distal radius based on computer simulation has been described as a promising technique for accurate reconstruction of forearm deformities.
Based on the above analysis, a simulation has been done based on the Monte Carlo method on an improved 10-generator 39-bus system incorporating with a wind farm.
To achieve the objective of this work, an optimization based on a computer simulation has been performed on the design variables, which are: solar collector area, the volume of the hot storage tank, the volume of the cold storage tank, and thermostat set point of the auxiliary heating element.
