CHEG 315: Advanced Transport I, Fall 2006

Scope: To prepare students with the tools and fundamental understanding to solve advanced problems in the topics of (i) fluid dynamics, (ii) heat transfer, and (iii) mass transport in non-reacting and reacting systems representative of real chemical engineering processes. Syllabus.

Homework

• Assignment #1: Vector Math & Einstein Notation. Solutions. Grades.
• Assignment #2: Dimensionless Analysis and Unidirectional Flow. Solutions. Grades.
• Assignment #3: Transient Unidirectional Flow. Solutions. Grades.
• Assignment #4. Steady and Transient Unidirectional Flow. Solutions. Grades.
• Assignment #5. Creeping Flow Solutions in Multiple Dimensions. Solutions. Grades.
• Assignment #6. Potential Flow. Solutions. Grades.
• Assignment #7. Intro to Heat Transfer. Solutions. Grades.
• Assignment #8. Unsteady Heat Conduction. Solutions. Grades.
• Assignment #9. Heat Transport. Solutions. Grades.

Additional Lectures

• Creeping flow between a stationary and rotating plate.
• Lectures for Thursday, 11/30/06
  • Chapter 14 notes
  • Chapter 17 notes
  • Chapter 18 notes

Exams

• Exam #1: Fluid Dynamics Module. November 2nd. Solutions.
• Exam #2: Heat Transfer Module. Tentatively Week 11 (Nov 15th)
• Exam #3. Mass Transfer Module. 6 - 8 PM, Tuesday Dec 12th. Solutions.

Additional Materials

• Professor Edgerton's images of elastic deformation (solid behavior)
• Professor Jason M. Keith's Transport Java Applets