Microchannels and LVGs have been si

Microchannels and LVGs have been simulated as a conductive material like silicon and the effects of surface roughness are deemed to be neglected [23,24]. Deionized-water with temperature-dependent thermo-physical properties is used as the coolant and modeled to be Newtonian. Ferrouillat et al. [29] reported that longitudinal vortices are generated on quasi-steady phenomena. The present model is derived based on continuum flow approach and steady-state conservation equations of mass, momentum and energy. The deionized-water flow is assumed incompressible and due to the low inlet velocity and the small winglet pitch the flow is assumed to be laminar. Moreover, radiation and gravity effects are ignored in this study. The resulting governing equation can be written as follow
Mathematical models

結果 (中文) 1:

作为一种导电材料像硅和表面粗糙度的影响被认为是被忽视的 [23,24] 模拟了微通道和内纵向涡。去离子水与依赖于温度的热物理属性是用作为冷却剂和建模，以经典的牛顿。费鲁亚等人 [29] 报道，纵向涡生成准稳态现象。本模型推导基于连续流量法和稳态守恒方程的质量、 动量和能量。去离子水的流量假定不可压缩和由于低入口速度和小翼梢小翼俯仰流被假定为层流。此外，在这项研究忽略辐射和重力效应。由此产生的控制方程可以写如下数学模型

結果 (中文) 3:

微通道和纵向涡发生器的模拟像硅和表面粗糙度的影响，导电材料被视为可忽略[ 23,24 ]。去离子水与温度相关的热物理性质作为冷却剂和建模为牛顿。ferrouillat等人。[ 29 ]报道了在准稳态现象上产生的纵向涡。本模型推导的基础上的连续流动的方法和稳态守恒方程的质量，动量和能量。去离子水流假定不可压缩，由于低流速、小小翼沥青流被假定为层流。此外，辐射和重力的影响，在这项研究中被忽略。将得到的控制方程可以写如下数学模型