上海交通大学：《多相流和传热 Multiphase flow and heat transfer》课程教学资源_Chapter 2 Single particle motion

1.4.1 建筑保温设计的基本原则 1.4.2 围护结构保温设计 1.4.4 围护结构保温构造 1.4.5 围护结构传热异常部位的保温措施

• Gas bubbles can grow or collapse in flow • Introducing many important phenomena • General assumptions in this chapter – Flow far away from bubble is at rest – Spherical symmetric bubble – Single bubble

1概述 2两相流的基本研究方法与基本概念 2.1基本研究方法 2.2符号(Notations)与基本概念 2.2.1独立变量 2.2.3体积流通量(Volume Fluxes).或表观速度(Superficial Velocities.) 2.2.4相对速度、漂移速度和扩散速度 2.2.5漂移流密度 2.2.6混合物关系

Introduction • Forces on particle can radically modified them, and in turn to change the interaction between particles and continuous phase. • This chapter consider the translation of disperse phase consists of deformable particles

• Multiphase flow covers a vast field, cross different scales, different engineering disciplines, different application contexts, and different analytic approaches. • Therefore one course for the fundamental understanding of , a unifying approach to the multiphase flow

上海交通大学：《生物传热学教与学 Bioheat Transfer》课程教学资源（电子讲义）lecture 8 bioheat transfer equation-1

上海交通大学：《生物传热学教与学 Bioheat Transfer》课程教学资源（电子讲义）lecture 5 Convection

上海交通大学：《生物传热学教与学 Bioheat Transfer》课程教学资源（电子讲义）lecture 4 Solve of the Conduction Eq

上海交通大学：《生物传热学教与学 Bioheat Transfer》课程教学资源（电子讲义）lecture 2 Energy and Energy Transfer