Process simulations can become computationally too complex to be useful for model-based analysis and design purposes.
Furthermore, if additional simulation parameters are explored, the number of required simulations can become even larger, requiring very large computation times even using a modern, parallelized implementation.
When each function evaluation involves a finite element analysis or other type of simulation, multicriteria approaches can become highly computationally expensive.
While simulating architectures with independent function unit pipelines using simulation techniques that avoid the overhead of instruction bit-string interpretation, such as compiled simulation, the simulation of function unit pipelines can become one of the new bottlenecks for simulation speed.
This strategy avoids the use of Monte Carlo simulation, in which costs can become prohibitive in optimization problems, especially when the finite-element models are large and have a considerable number of design parameters.
Anything from daily life that you find interesting can become a simulation game, and you can use simulation games to explore areas of life - different jobs, parts of the world, people and animals - that you normally don't get to participate in.
Simulations confirm that reactions can become limited by reactant diffusion at high temperature (i.e. fast reactions), in a perfectly isothermal cell.
Simulation results show that all batteries can become fully charged simultaneously with the real-time strategy and the estimation method for battery state-of-charge is effective for the active power sharing strategy.
According to results of conducted 20-years long-term simulations, consideration of seasonal thermal storage can become feasible.
