Sentence examples for mechanical matching from inspiring English sources

In biomechanical terms, the IABP improves the mechanical matching between the pump and the load, facilitating the transfer of ventricular energy.

This paper describes a completely passive aortic counterpulsation solution, with an intra-aortic balloon without a pumping system, designed to improve the mechanical matching between the ventricle and the artery at very low cost and complexity.

We describe here the preparation of a titanium foam as a better mechanical match to tissue with surfaces attractive to bone cells through deposition of an organically-modified apatite layer (organoapatite).

An ideal material for this type of application should possess mechanical properties matching those of the tissue being replaced, adequate degradation and biocompatible behavior.

The self-setting CPC chitosan fiber scaffold supported the viability and osteogenic differentiation of the encapsulated hUCMSCs, and had mechanical strength matching that of cancellous bone.

This paper describes a new method that enhances the efficiency of a piezoelectric element attached to a beam, based on mechanical impedance matching.

This paper describes new methods that improve the efficiency of a piezoelectric element attached to a beam based on mechanical impedance matching.

Using Thévenin's theorem, Falnes crafted an ingenious solution for the monochromatic optimal power capture of heaving point absorber devices by forming a mechanical impedance matching problem between the device and the power take-off.

As this new method involves extending the region of the beam with respect to mechanical impedance matching using spacers extended in the longitudinal direction, the efficiency of the piezoelectric element is improved.

It has been shown in previous works that by using these polymers it is both possible to produce polymer/hydroxyapatite (HA) composites (with or without the use of coupling agents) with mechanical properties matching those of the human bone, and to obtain 3D structures generated by solid blowing agents, that are suitable for tissue engineering applications.

We have proposed a method based on mechanical impedance matching for enhancing the efficiency of the attached piezoelectric element and found that the width and thickness of the element were independent of the maximum value of the modal equivalent stiffness ratio, the parameter that determines the performance of passive vibration suppression under the ideal condition.