Unit 1 Modes of Heat Transfer

4 lecture hours

• Introduction to three modes of heat transfer: Conduction
• Convection & Radiation
• General laws of heat transfer, etc

Unit 2 Conduction

7 lecture hours

• Fourier’s law of conduction
• Application of Fourier’s law for plane wall
• composite wall
• Heat transfer in case of simultaneous conduction &convection for plane wall & cylinder
• unsteady state heat conduction
• Concept of critical thickness of insulation, etc

Unit 3 Convection

6 lecture hours

• Natural convection & forced convection
• Empirical equation for individual coefficients
• significance of Prandtl No, Grashoff no, Nusselt no, peclet no, etc

Unit 4 Radiation

7 lecture hours

• Wave and Quantum theory of radiation heat transfer
• Black body
• Deriv ation of Stefan Boltsmanns law, Wiens law, Kirchoff’s law, etc

Unit 5 Heat Exchangers

• Types of heat exchanger’s
• Heat transfer area requirement
• Overall heat transfer coefficient. 04 Part [B] Fluid Flow Operations

Unit 6 Introduction to Engineering Calculation

8 lecture hours

• Units & Dimensions
• Dimensional Analysis
• Transport Properties
• Fluid dynamics
• Fluid Statics
• Reynolds’s number & its significance
• Boundary layer formation & separation, etc

Unit 7 Flow of Incompressible Fluid

• Flow between two plates and pipes
• Mass velocity
• Average velocity
• potential flow
• Streamlines etc
• Equation of Continuity
• Bernoulli’s equation 05 and its applications, etc

Unit 8 Flow Passed Bodies

5 lecture hours

• Drag Force
• Fluidization, etc

Unit 9 Transportation of Fluids

5 lecture hours

• Metering devices, etc

Unit 10 Momentum Transfer in Biotechnology

3 lecture hours

• Rheological Behaviour of fermentation broth
• three parameter models, etc