Abstract: This paper treats the problem of the inward solidification at large Stefan number 1/ε, ε = CP (Ti − Tf )/L , of a finite slab which is initially at an arbitrary temperature Ti above the ...

Abstract: A second order perturbation theory is developed to show the difference between the average artery-vein temperature Tm and the local average tissue temperature θ. This theory demonstrates that ...

Abstract: This paper presents a theoretical and experimental study of two-dimensional, turbulent jet-boundary interaction. The jet is discharged parallel to and offset from a solid wall in the presence ...

Abstract: A new simplified three-dimensional bioheat equation is derived to describe the effect of blood flow on blood-tissue heat transfer. In two recent theoretical and experimental studies [1, 2] the ...

Abstract: An analytical method is presented for the solution of two-dimensional solidification of fluid in motion over a semi-infinite plate. The method is applicable to other two-dimensional free boundary ...

Abstract: The new three-layer microvascular mathematical model for surface tissue heat transfer developed in [1, 2], which is based on detailed vascular casts and tissue temperature measurements in the ...

Abstract: The microvascular organization and thermal equilibration of the primary and secondary arteries and veins that comprise the bleed off circulation to the muscle fibers from the parent countercurrent ...

Abstract: In this paper, a previously developed analytic solution is applied to the conjugate heat transfer problem of jet impingement cooling of a microelectronic chip. The analysis is used to predict ...