The results provide important information for the design and optimization of such reactor configurations.
We show how topology optimization of such composites can widen these gaps and improve their tunability.
Modeling the multiple contacts will aid the design and optimization of such IPMC based soft robotics.
A new procedure is proposed for the H∞ optimization of such a dynamic vibration absorber.
Loss predictions are vital for the development and optimization of such small scale turbines.
Cofactor balance has become an important aspect for optimization of such bioprocesses.
We discuss the design and optimization of such sensors for orthosteric and allosteric ligands.
Thus simulating the dynamics of GM is critical in the design and optimization of such processes.
Optimization of such algorithms would be achieved by including as many variables associated with bacterial infection as possible.
The optimization of such a problem requires proper understanding of the interactions of the materials in the coating.
Thus, optimization of such structures, using a reliability index as a constraint, is an important problem to be dealt.
