Experimental measurements, together with computer simulation are the main analytical tools applied in this work.
Adaptive particle refinement (APR) is applied in this work to reduce the computational cost.
Optimal gait planning is applied in this work to the problem of improving stability in quadruped locomotion.
Also, the utilization of CO2 in the aerogel production, as a nano-based thermal insulator, is applied in this work.
To obtain numerical results, the finite element method and the method of multiple scales are applied in this work.
The predictive computational model applied in this work, in spite of many simplifications, conforms arguably well with the experimental observations.
It was established that the surface treatment applied in this work essentially improves the alloy oxidation resistance.
Surface-enhanced Raman scattering (SERS) spectroscopy is applied in this work to the study of the adsorption of naphthazarin (NZ) on Ag nanoparticles.
Considering the lower melting point of CuO, surface sintering and agglomeration might be inevitable, and only a low loading was applied in this work.
In contrast with previous investigations using commercial catalysts activated at lower temperatures, the catalyst applied in this work was a nickel-based one pre-reduced at 1023 K.
A new technique for solving the kinematic synthesis of over-constrained double-spherical six-bar mechanism is developed and applied in this work.
