Sentence examples for mechanical optimization of from inspiring English sources

The implications of these results for the mechanical optimization of scaffolds for bone tissue engineering applications are discussed.

Interesting results presented by this article point to eventual mechanical optimization of the device and show information that could be beneficial to the professional of the respiratory physiotherapy.

Experimental evidence from the literature suggests that the aim of this process is the mechanical optimization of the tissues (functional adaptation).

A smooth circulation of slurry and solid was achieved through a mechanical optimization of the inlet and outlet of the reactor.

Through appropriate machine selection under consideration of the respective hydraulic boundary conditions and, if required, in association with a mechanical optimization of flow-guiding components (e.g., smoothing the surface of impeller and casing, reworking of the impeller's geometry), PAT-efficiencies in the range of 80%% are feasible.

From quantum mechanical optimizations of the respective molecules they calculate the energy field for various arrangements of the N−H and H···N bonds close to the reaction coordinate and plot the resulting energy field which they compare with the bond valence prediction.

According to this technology the design of the distributions of the diameter and density of holes on the cooled surface allows complete freedom for the thermo-mechanical optimization of the cooled component, with a view to reducing the metal's working temperature and achieving isothermal conditions for large blade areas.

This paper presents the mechanical structure optimization of a piezoelectric energy harvesters devoted to supply embedded animal tracking devices.

After initial quantum-mechanical geometry optimization of the small molecules, each was independently docked into AR WT or AR F876L with the mutually shared A-ring overlaid with that of S1, whereupon 10-ns explicit-solvent MD simulations were performed.

Severe post-traumatic ALF was defined by partial pressure of arterial oxygen (PaO2)/fraction of inspired oxygen (FiO2) ratio <80 mmHg, a maximum positive end-expiratory pressure (18 cmH2O) and persistent respiratory acidosis (pH <7.25) despite optimized mechanical ventilation and optimization of conservative treatment options.

Understanding the response of tissue structures to mechanical stress is crucial for optimization of mechanical conditioning protocols in the field of heart valve tissue engineering.