In our simulations, we consider four angles, i.e., left, right, front, and back and four sizes.
For instance, Gerek and Çetin [16] proposed a 2D edge-adaptive lifting scheme by considering three direction angles of prediction (0°, 45°, and 135°) and by selecting the orientation which leads to the smallest gradient.
The objectives of this biomechanical study were to evaluate angular deformation with two loads and considering four flexion angles of the knee, varus and external rotation and in three situations of integrity, reconstruction and injury of posterolateral knee structures.
Considering three values for the crack inclination angle, the effect of thickness is investigated on the predicted crack tip plastic zone size, stress intensity factors and crack initiation angles at the surface and the mid plane.
If one considers four torsion angles per rotatable bond, and there are nine rotatable bonds, this would yield 4**9 (= 262,144) possible conformers.
Our research shows, however, that this perceived hypochromism can be accounted for by considering two important issues: the acceptance angle of the instrument and the combined scattering and absorption effect of light on the particles.
For example, if one considers only three angles per rotatable bond and there are eleven rotatable bonds, this would yield 3**11 (= 177,147) possible conformers.
Saccheri took up the quadrilateral of Omar Khayyam (1048 1131), who started with two parallel lines AB and DC, formed the sides by drawing lines AD and BC perpendicular to AB, and then considered three hypotheses for the internal angles at C and D: to be right, obtuse, or acute (see figure).
We consider three natural examples to validate the variable interlimb angle model.
(Consider three identical point-particles approaching each other at 120 degree angles and colliding simultaneously.
We consider three independent narrowband and far-field sources (K = 3) located at three distinct random angles.
