Sentence examples for force axis from inspiring English sources

To determine the functional capacity of a muscle, a number of factors must be determined that include the distance from origin to insertion, muscle length, muscle fiber length, and the angle of pennation between muscle fibers and the main force axis.

In an effort to find some sort of average fit, we tried to shift and scale the length axis, and to scale the force axis.

Multiple traces are offset on the force axis for readability.

The linear relationship between Vpeak and F computed according to the least square method was transformed: (2) V peak = a − b F, V peak =    V 0 (1 − F F 0 ), F = F 0 (1 − V peak V 0    ), with V0 and F0 equal to the intercepts with the velocity axis and force axis, respectively (V0 = a and F0 = a/ b).

The effective size of the SSB, that is, that which contributes to the measured extension, is given by the projection of x → S S B onto the force axis, x S S B e f f = x S S B 〈 cos θ 〉, where 〈…〉 denotes the thermal average.

Compressive strength, Young's modulus, ultimate strain, and fracture energy were calculated from stress-strain curves based on force-displacement data using the following equations: (1) Compressive     strength   (σ   in   MPa ) : σ = force   (F ) π ∗ r 2 with area perpendicular to force axis.

Reversal curves, and their Intersection Points with the zero-force axis, are used to link the states of deformation of any component on adjacent force displacement curves at different temperatures.

We find that synchronization between force and mass occurs over a wide range of forcing amplitudes and frequencies, even when the forcing axis is dynamically, and randomly, changed.

Upper yield strength is extremely sensitive to the eccentricity between the force application axis and the axis of symmetry of the test piece.

The derivatives show how the curve changes relative to the distance (x-axis) and the force (y-axis).

The results show that this type piezoelectric six-axis force/torque sensor with four-point supporting structure can accurately measure dynamic six-dimensional force on axis, and has advantages in good rigidity, good linearity, nice manufacturability, and high natural frequency.