Sentence examples for length boundary from inspiring English sources

In the third major approach, the three-dimensional wave equation is solved, taking into consideration the finite length boundary effects.

The influence of crack length, boundary conditions and crack location along the thickness, on the natural frequencies of a square and rectangular plate is demonstrated.

The effects of side length, boundary conditions, aspect ratio, nonlocal parameter and magnetic parameter on the vibration behavior of BLGSs are investigated.

The influence of side length, boundary condition, aspect ratio and nonlocal parameter on the geometrically nonlinear vibration behavior of DLGSs are investigated.

This comparison showed that the ultimate moment capacities of such beams computed according to AISC Specification [1], BS5950 [3], Eurocode3 [7] and ECP [5] varied from overconservative up to 85% to unconservative up to 15%, depending on the overhanging length, back span length, boundary conditions and the load location along the beam depth.

We also study diffusion-reaction systems with known asymptotic behavior and find that, for large systems with interaction radii smaller than the typical diffusion length, boundary conflicts are negligible and do not affect the global kinetic evolution, which is seen to agree with the expected analytical behavior.

The second technique is to make the mesh refinement more feasible and reliable by introducing length constraints and guideline in designing appropriate element length boundaries, so that the proposed approach becomes more efficient in adjusting elements to track optimal control profile breakpoints and ensure accurate state and control profiles.

For a stormproofer, that's 520 winding miles of risk: an 18-marathon-length boundary to protect against coastal surges like the ones we faced during hurricane Sandy.

For different length and boundary conditions, we calculate the length of each section of the helical buckling configuration.

Let (A_{r}^{M}, L_{r}^{M} ) be, respectively, the area and the length of boundary of (D_{r}^{M}).

A combined effect of length scale, boundary condition and temperature was shown to be responsible for developing the geometrical patterns in the ripples.