The free-space propagation of initially aberrated optical beams is considered with an emphasis on aero-optical applications.
Thrombus development or propagation to initially uninvolved calf veins is found in 12%.
This paper investigates the dispersion relations of axisymmetric wave propagation in initially twisted bi-material compound cylinders, within the scope of the piecewise homogeneous body model, utilizing 3D linearized wave propagation theory in an initially stressed body.
A novel experimental setup was developed which allows controlled quasi-static crack propagation in initially unpoled ferroelectric ceramics as a result of a moving electric field.
The paper investigates the existence of Love wave propagation in an initially stressed homogeneous layer over a porous half-space with irregular boundary surfaces.
The schemes are tested on problems of the propagation of a initially discontinuous wave and of the transport of a sharp scalar cone.
The in-plane propagation of graphene initially occurs with carbon atoms landing on the edge of a stable nucleus and forming bonds with the carbon atoms on the edge of the domains.
In the partially adiabatic pipe and the non-adiabatic pipe, the maximum explosion overpressure and flame-propagation speed increased initially and then gradually decreased with increasing distance.
In light of this, the Acoustoelastic effect on their propagation in deformed but initially isotropic materials has been investigated in the past, in order to determine the surface stress and gradients of stress with depth.
This study examines the influences on propagation trajectory for cracks initially oriented parallel to the layers in layered, graded alumina-epoxy composites, produced experimentally by infiltration of layered porous alumina bodies.
