Sentence examples for comparing the displacement from inspiring English sources
The purpose of this finite element study was to evaluate biomechanically 2 treatment modalities maxillary protraction alone and in combination with maxillary expansion by comparing the displacement of various craniofacial structures.
By comparing the displacement and internal force induced in the structure based on the different approaches considered, it is found that the dynamic response under the random sea wave is largest, which could have serious implications for design of structures of this type.
In other studies, macular contraction was measured by comparing the displacement of the large blood vessel junction or an area under major vessels from consecutive fundus photographs or red-free photographs [ 6, 10].
In addition, we assessed the measurement repeatability of the ESPI technique on an immersed rubber specimen, and validated the compensation technique proposed herein by comparing the displacement fields obtained between identical tests performed while the specimen was immersed in either air or phosphate-buffered saline (PBS).
The effectiveness of the proposed model was tested by comparing the displacements measured in a free vibration experiment of a 3-story structure with a height of 2.1 m using both the MCS and laser displacement sensors.
Comparing the displacements detected from inclusions IV and V, which contained different concentrations of liposomal nanoparticles, it is clear that as the concentration of the magnetic nanoparticles decreases, the induced displacement decreases accordingly.
Figure 7(a) compares the displacement maps corresponding to the true structural response and the approximate model.
Figure 7(c) compares the displacement in the stretching direction in the major cross-section between models (top panel) and (bottom panel).
The beam SS3a was also analyzed by the SDOF method, and Fig. 15 compares the displacement histories obtained by the introduced numerical model and the SDOF method with the experimental results.
Figures 7(a) and 7(b) compare the displacement in the height direction in the major and minor cross-sections between models and to illustrate the effect of nuclear elasticity, which was (a) Pa and (b) Pa.
PURPOSE: To describe and compare the displacement of corneal flaps created during laser in situ keratomileusis (LASIK) procedures performed with two different microkeratomes and analyze parameters (for example, pupil-to-hinge distance, drift during suction) that might affect the flap displacement or be influenced by flap displacement.
