Rapid deformation of brain tissue in response to head impact or acceleration can lead to
numerous pathological changes, both immediate and delayed. Modeling and simulation …

White matter in the brain is structurally anisotropic, consisting largely of bundles of aligned,
myelin-sheathed axonal fibers. White matter is believed to be mechanically anisotropic as …

Traumatic brain injuries (TBIs) are caused by acceleration of the skull or exposure to
explosive blast, but the processes by which mechanical loads lead to neurological injury …

Although safety standards have reduced fatal head trauma due to single severe head
impacts, mild trauma from repeated head exposures may carry risks of long-term chronic …

The literature is very sparse regarding research on the thermal equilibrium in Guzerat cattle
(Bos indicus) under field conditions. Some factors can modify the physiological response of …

The effects of air temperature and relative humidity on thermal equilibrium of goats in a
tropical region was evaluated. Nine non-pregnant Anglo Nubian nanny goats were used in …

Brain movement during an impact can elicit a traumatic brain injury, but tissue kinematics
vary from person to person and knowledge regarding this variability is limited. This study …

The transient rotation responses of simple, axisymmetric, viscoelastic structures are of
interest for interpretation of experiments designed to characterize materials and closed …

Idli is a traditional fermented rice-black gram based breakfast food of South India. The
texture of cooked idli is a subject of interest, to judge and optimize the production process of …

Traumatic brain injury is an important medical problem affecting millions of people.
Mathematical models of brain biomechanics are being developed to simulate the mechanics …