β Scribed by Friedrich Unterharnscheidt; Lawrence S. Higgins
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
This paper is devoted to the study of the effect of rotational acceleration on the threshold of cerebral concussion by considering the spherical geometry of the braincase. The skull is treated as a rigid spherical shell, the brain tissue as linearly viscoelastic material and the cerebrospinal fluid
## Abstract Fortyβfive cases of diffuse axonal injury (DAI) brought about by nonmissile head injury in humans are analyzed and compared with 132 cases of fatal head injury without DAI. All cases were subjected to a comprehensive neuropathological study. In the patients with DAI a statistically sign
In the present work a swirl chamber is employed to study the eect of Β―uid rotation on noise reduction in supersonic jets. Fluid rotation is attained by means of a vortex chamber in which four moveable slabs are inserted. Schlieren photography is employed to visualize the Β―ow and shock structure asso