# TP Syllabus (HBTU)

### Only rel­e­vant for HBTUstu­dents.

Published:
This is part of the syl­labi col­lec­tion.

### Transport Phenomena Syllabus

Topics which have not been in­di­cated by the course in­struc­tor are given by

The num­bers in [ ] de­note the sec­tion of Bird, Stewart, and Lightfoot (2007) where the topic may be found.

### Unit I

• Newton’s law of vis­cos­ity
• Non–Newtonian ﬂu­ids
• Pressure & tem­per­a­ture de­pen­dence of vis­cos­ity
• Estimation of vis­cos­ity from crit­i­cal prop­er­ties.
• Shell mo­men­tum bal­ances
• Boundary con­di­tions
• Flow of a falling ﬁlm
• Flow through:
• A cir­cu­lar tube
• An an­nu­lar re­gion
• Creeping ﬂow along a solid sphere

### Unit II

• Time de­riv­a­tives
• The equa­tion of con­ti­nu­ity
• The equa­tion of mo­tion
• The equa­tions of change in:
• Cartesian co-or­di­nates
• Curvilinear co-or­di­nates
• Use of the equa­tions of change to set up steady ﬂow prob­lems

### Unit III

• Flow near a wall sud­denly set in mo­tion
• Flow near solid sur­faces by the bound­ary layer the­ory

### Unit IV

• Shell en­ergy bal­ances
• Temperature pro­ﬁles
• Average tem­per­a­ture
• Energy ﬂuxes at sur­faces
• Non-isothermal
• Equations of change
• Equation of con­ti­nu­ity
• Equation of mo­tion for
• Forced con­vec­tion
• Free con­vec­tion
• Equation of en­ergy

### Unit V

• Deﬁnitions of con­cen­tra­tions
• Velocities
• Mass ﬂuxes
• Fick’s law of dif­fu­sion
• Temperature & pres­sure de­pen­dence of mass dif­fu­siv­ity
• Maxwell’s law of dif­fu­sion
• Shell mass bal­ance
• Boundary con­di­tions
• Diffusion
• Through a stag­nant gas ﬁlm
• With het­ero­ge­neous chem­i­cal re­ac­tions
• With ho­mo­ge­neous chem­i­cal re­ac­tion
• Into a falling liq­uid ﬁlm

### Speciﬁcs

The book fol­lowed is Bird, Stewart, and Lightfoot (2007).

The fol­low­ing chap­ters have been in­di­cated:

• Chapter 1
• Chapter 2
• Chapter 3
• Chapter 4
• Only
• 4.1
• Chapter 9
• Upto sec­tion 5
• Chapter 10
• Not :-
• 10.5
• 10.7
• 10.8
• 10.9 (replace with 11.3)
• Chapter 11
• Only