Handouts

CM3110 Transport Processes I

Michigan Technological University

Dr. F. A. Morrison

• Common Boundary Conditions in Fluid Mechanics to be handed out
• Equation of Continuity and Equation of Motion in Three Coordinate Systems to be handed out
• Newtonian Constitutive Equation in Three Coordinate Systems to be handed out
• Power-law Constitutive Equation in Three Coordinate Systems to be handed out
• Microscopic Energy Equation (will not be handed out; must be downloaded)
• Notes for Macroscopic Mass and Momentum Balances
• Moody Chart - Fanning Friction Factor versus Reynolds number, Laminar and Turbulent (from Geankoplis 4th edition)  
  
• Example of applying the Macroscopic Momentum Balance:  Forces on a Reducing Bend
• Compressible Flow
• Compressible Flow - Geankoplis derivation
  
• Algebraic Details for Heat Conduction in a Slab with Newton's Law of Cooling Boundary Conditions
  
• Double-Pipe Heat Exchanger
• Algebraic Details for Radial and Axial Conduction plus Convection in Laminar Flow
  

• What is Pumping Head?
• Energy Balance Notes, CM205/CM310 (will not be handed out; must be downloaded)
• Midterm Review Questions (will not be handed out; must be printed off the web)
• Flow Meters, by V. R. Tirumala (will not be handed out; HTML only)
• Mechanical Energy Balance - Intro and Overview (09 June 2005, PDF) - this guide explains the origins of the mechanical energy balance and some of the methods that are used for solving problems with the mechanical energy balance.  Students interested in taking CM3110 before completing CM2120 will need to teach themselves this subject, and this handout is offered as a guide.
• Handouts on Report writing:  Advice on citing web resources, Advice on Report Appendices
• Review of Integration and solutions to differential equations (to be posted)
• C&E News article on Microfluidics, 10 September 2007 
  
• Helpful hints on typing equations using MSWord 2007 Equation Editor

• Moody's original paper on pipe flow (Transactions of the ASME 1944)
  
• O. C. Jones on turbulent flow in rectangular ducts (Journal of Fluids Engineering 1976)