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Heat & Mass Transfer - acharya ng ranga agricultural university
Heat & Mass Transfer - acharya ng ranga agricultural university
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DEPARTMENT OF FOOD ENGINEERING<br />
1 <strong>Course</strong> <strong>No</strong> : FDEN - 221<br />
2 <strong>Title</strong> : Heat and Mass Transfer<br />
3 Credit hours : 2 (1+1)<br />
4 General Objective : To impart knowledge to students on different<br />
modes of heat transfer through extended surfaces,<br />
study of heat exchanges and principles of mass<br />
transfer<br />
5 Specific Objectives :<br />
a) Theory : By the end of the course, the students will acquire<br />
knowledge from different modes of heat transfer,<br />
extended surfaces, boiling and condensation<br />
process and principles of heat exchangers which<br />
are very essential in dairy and food industries<br />
b) Practical By the end of the course, the students will learn<br />
efficient design of heat exchangers on the basis of<br />
overall heat transfer coefficient and LMTD<br />
A) Theory Lecture Outlines<br />
1 Introduction to Heat Transfer- Basic Mechanisms of Heat Transfer -<br />
Conduction Heat transfer - Fourier's Law of Heat Conduction- Convection<br />
Heat Transfer- Radiation Heat Transfer<br />
2 The basic equation that governs the transfer of heat in a solid - Thermal<br />
conductivity<br />
3 One-dimensional steady-state conduction of heat through some simple<br />
geometries - Conduction Through a Flat Slab or Wall - Conduction Through<br />
a Hollow Cylinder - Conduction Through a Hollow Sphere<br />
4 Conduction Heat Transfer Through A Composite Plane Wall - Conduction<br />
Heat Flow Through A Composite Cylinder<br />
5 The Overall Heat-Transfer Coefficient - Critical Thickness of Insulation<br />
6 Heat Source Systems: One-dimensional steady state heat conduction with<br />
heat generation : Heat Flow through slab / Plane Wall<br />
7 Steady state heat conduction with heat dissipation to environment-<br />
Introduction to extended surfaces (FINS) of uniform area of cross section -<br />
Different fin configurations - General Conduction Analysis Equation<br />
8 Equation of temperature distribution with different boundary conditions, Fin<br />
Performance and Overall surface efficiency of FINS<br />
9 Principles Of Unsteady-State Heat Transfer: Derivation of Basic Equation;