Sentence examples for displacement using an from inspiring English sources

Yang et al. (2015) investigated the dynamic stability characteristics of fluid flow in CO2-oil miscible displacement using an MRI apparatus, and the CO2 frontal velocities and mixing zone length were visually quantified.

In this paper, we proposed a technique for measuring crack displacement using a digital camera image.

It is also able to capture separate hysteresis branches in the large displacement using a unique differential equation.

The basic principle of this angular measurement is detecting the light-spot position displacement using a linear charge-coupled device (CCD).

No obvious influence of the frictional coefficient and/or relative velocity was observed on the implant displacement using a finite element model.

Here, we propose to describe the warping displacement using a linear combination of two asymptotic warping functions with corresponding warping degrees of freedom.

The dynamic response of the membrane is obtained experimentally by exciting the valve with a step voltage signal of 1 kHz and measuring the membrane vertical displacement using a Polytec Laser Doppler Vibrometer (LDV) system.

Then, the RFM was applied to each hysteresis response to describe the flexion extension rotation as a function of applied moment and simulated axial displacement using a set of 16 unique coefficients.

Using these parameters, we calculated sea-bottom displacement using a static dislocation model (e.g., Okada 1985) and then the displacement was converted to the initial tsunami height, considering a spatial low-pass filtering effect due to the sea depth of 4 km (e.g., Kajiura 1963; Saito and Furumura 2009).

These cells were removed by mechanical displacement using a small-diameter glass micropipette.

The nonlinearity was represented by defining a nonlinear OHC function, which expresses the OHC receptor potential as a function of the stereocilia displacement, using a second-order Boltzmann function.