Sentence examples for mechanical performance between from inspiring English sources

The wedge wave motor has a flexible mechanical performance between the angular speed and output torque.

Additionally, a comparison of the mechanical performance between the two buildings is also provided.

This study compared the mechanical performance between FAIBG with and without thorough debridement, which provides a biomechanical basis for selecting the proper treatment in clinical settings.

This study presents two subject-specific FHN cases without FHC to compare the mechanical performance between FAIBG with and without thorough debridement, which provides a biomechanical basis for selecting the proper treatment in clinical settings.

In addition, comparison of the reverse mechanical performances between different types of loading reveals that the present analysis is significative for design and discussion of the mechanical integrity for multi-use multilayers.

The results indicated that the mechanical performance differences between control and β-APN treated animals are limited to areas of lower mineralization, a logical outcome given the fact that the β-APN effect on bone was necessarily restricted to bone that was formed during the period of treatment.

At that time, no differences in mechanical performance were found between samples taken from the interior and the exterior part of the warship [24].

In the experiment, stress distribution, deflection resistance ability, dynamic property, and distortion effect of the Bridge's main control cross-section were carefully measured to investigate the mechanical performance and interaction between main bridge and ramp system.

However, the tradeoffs between mechanical performance and extended functionalities remain relatively ill-quantified.

Based on the investigation, a simple 0.5 power relationship between compressive strength and splitting tensile strength of mixture S2, meanwhile, there was an exponential relationship between mechanical performance and permeability or porosity, respectively.

High-speed video analysis of multiple escape responses for each individual allowed the distribution of escape angles to be determined and compared between individuals, and concurrent analyses of centre of mass displacement enabled a comparison between mechanical performance and the probability of the associated kinematics within the observed frequency distribution of escape movements.