[PDF][PDF] Mathematical study of transient heat distribution in human eye using laplace transform
MA Khanday, A Rafiq, M Aijaz - International Journal of Modern …, 2014 - researchgate.net
MA Khanday, A Rafiq, M Aijaz
International Journal of Modern Mathematical Sciences, 2014•researchgate.netThe heat distribution in the multi-layered human eye is a subject of interest for its thermal
stability. The investigation of temperature distributions in multi-layered human eye has been
carried out by taking into account that the cornea is exposed to the atmospheric temperature
and heat loss is due to conduction, radiation and evaporation. In this paper, the variational
finite element technique has been employed to a one dimensional transient heat equation.
The solution of the formulated model has been carried out by Laplace transform.
stability. The investigation of temperature distributions in multi-layered human eye has been
carried out by taking into account that the cornea is exposed to the atmospheric temperature
and heat loss is due to conduction, radiation and evaporation. In this paper, the variational
finite element technique has been employed to a one dimensional transient heat equation.
The solution of the formulated model has been carried out by Laplace transform.
Abstract
The heat distribution in the multi-layered human eye is a subject of interest for its thermal stability. The investigation of temperature distributions in multi-layered human eye has been carried out by taking into account that the cornea is exposed to the atmospheric temperature and heat loss is due to conduction, radiation and evaporation. In this paper, the variational finite element technique has been employed to a one dimensional transient heat equation. The solution of the formulated model has been carried out by Laplace transform.
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