SEM-V Mechanical Engg.: Heat & Mass Transfer

1 sections • 10 lectures • 01h 45m total length

	Lecture 01 Basic Concepts & Mode of Heat Transfer		56:35min
	Lecture 02 https://player.vimeo.com/video/462588472		01:43:11min
	Lecture 03 One Dimentional Steady heat conduction through Plane Walls		01:51:21min
	Lecture 04 Heat Conduction through Cylinders & Sphares, Critical Radius of insulation		02:07:11min
	Lecture 05 Heat transfer from extended surface of uniform Cross Section		02:42:26min
	Lecture 06 One Dimentional unsteady heat conduction, Lumped System Analysis, Use of Heisler Chart, Periodic changes of surface temperatures		01:04:48min
	Lecture 07 Free & Forced Convection, Hydrodynamic & Thernal Boundry, Layer, Heat Transfer from Smooth Pipes, Laminar free convection on a vertical flat plate, Emprical Co-relations		02:21:26min
	Lecture 08 Types, LMTD, Effectiveness, NTU Method, Single & Multiass		03:49:48min
	Lecture 09 Physical Mechanism, Properties, Black body radiation, Gray body, Kirchoff's Law, Weinis Displacement Law, Radiation Exchange between infinite planes, Radiation Shield		02:06:54min
	Lecture 10 Fick's Law Analogy between heat & mass transfer, Equimolar Counter Diffusion, Isothermal Evaporation of water through stagnant air		35:24min

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