Dagan Z, Weinbaum S, Jiji L M
J Biomech Eng. 1986 Feb;108(1):89-96. doi: 10.1115/1.3138585.
The new three-layer microvascular mathematical model for surface tissue heat transfer developed in, which is based on detailed vascular casts and tissue temperature measurements in the rabbit thigh, is used to investigate the thermal characteristics of surface tissue under a wide variety of physiological conditions. Studies are carried out to examine the effects of vascular configuration, arterial blood supply rate, distribution of capillary perfusion, cutaneous blood circulation and metabolic heat production on the average tissue temperature profile, the local arterial-venous blood temperature difference in the thermally significant countercurrent vessels, and surface heat flux.
本文基于对兔大腿血管铸型和组织温度的详细测量，建立了一种新的用于表面组织热传递的三层微血管数学模型，该模型用于研究多种生理条件下表面组织的热特性。通过研究来考察血管结构、动脉供血率、毛细血管灌注分布、皮肤血液循环和代谢产热对平均组织温度分布、热交换显著的逆流血管中局部动静脉血温差以及表面热通量的影响。
