| Name: | Calvin Lui | 
| Department: | Mechanical Engineering | 
| Office: | Olin 219 | 
| Phone: | (812) 872-6998 | 
| Fax: | (812) 877-8025 | 
| E-mail: | calvin.lui@rose-hulman.edu | 
| Mailing Address: | 5500 Wabash Avenue, Campus Mail 150 | 
| Rose-Hulman Institute of Technology | |
| Terre Haute, IN 47803 | 
| ES 202 - Fluid and Thermal Systems (Section 05 and 06) |  | |
| Rolls-Royce RB211-524 engine | ||
| (used in Boeing 747) | 
 Lecture #1 - Course preliminaries  (12/02/02)
     Lecture #1 - Course preliminaries  (12/02/02)
 Lecture #2 - Hydrostatic I  (12/03/02)
     Lecture #2 - Hydrostatic I  (12/03/02)
 Lecture #3 - Hydrostatic II  (12/05/02)
     Lecture #3 - Hydrostatic II  (12/05/02)
 Lecture #4 - Pressure distribution on submerged surfaces  (12/09/02)
     Lecture #4 - Pressure distribution on submerged surfaces  (12/09/02)
 Lecture #5 - Buoyancy  (12/10/02)
     Lecture #5 - Buoyancy  (12/10/02)
 Lecture #6 - ES 201 Review and steady-state devices  (12/12/02)
     Lecture #6 - ES 201 Review and steady-state devices  (12/12/02)
 Lecture #7 - Mechanical energy balance  (12/16/02)
     Lecture #7 - Mechanical energy balance  (12/16/02)
 Lecture #8 - Application of Bernoulli's Equation  (12/17/02)
     Lecture #8 - Application of Bernoulli's Equation  (12/17/02)
 Lecture #9 - Application of Bernoulli's Equation and pipe flow  (12/19/02)
     Lecture #9 - Application of Bernoulli's Equation and pipe flow  (12/19/02)
 Lecture #10 - Pipe flow (major losses)  (1/06/03)
     Lecture #10 - Pipe flow (major losses)  (1/06/03)
 Lecture #11 - Pipe flow (major and minor losses)  (1/07/03)
     Lecture #11 - Pipe flow (major and minor losses)  (1/07/03)
 Lecture #12 - Pipe flow overview  (1/09/03)
     Lecture #12 - Pipe flow overview  (1/09/03)
 Lecture #14 - Phase change  (1/14/03)
     Lecture #14 - Phase change  (1/14/03)
 Lecture #15 - Properties in two-phase region  (1/16/03)
     Lecture #15 - Properties in two-phase region  (1/16/03)
 Lecture #16 - Property tables  (1/20/03)
     Lecture #16 - Property tables  (1/20/03)
 Lecture #17 - More on properties and phases  (1/21/03)
     Lecture #17 - More on properties and phases  (1/21/03)
 Lecture #18 - Making the connection  (1/23/03)
     Lecture #18 - Making the connection  (1/23/03)
 Lecture #19 - Models versus general substances  (1/27/03)
     Lecture #19 - Models versus general substances  (1/27/03)
 Lecture #20 - Isentropic processes  (1/28/03)
     Lecture #20 - Isentropic processes  (1/28/03)
 Lecture #21 - Isentropic efficiencies  (1/30/03)
     Lecture #21 - Isentropic efficiencies  (1/30/03)
 Lecture #22 - Isentropic efficiencies and simple power cycle (2/3/03)
     Lecture #22 - Isentropic efficiencies and simple power cycle (2/3/03)
 Lecture #23 - Power cycles  (2/4/03)
     Lecture #23 - Power cycles  (2/4/03)
 Lecture #24 - Power cycles (II)  (2/6/03)
     Lecture #24 - Power cycles (II)  (2/6/03)
 Lecture #26 - Friction Drag on a Flat Plate  (2/11/03)
     Lecture #26 - Friction Drag on a Flat Plate  (2/11/03)
 Lecture #27 - Drag on cylinders and spheres  (2/13/03)
     Lecture #27 - Drag on cylinders and spheres  (2/13/03)
 Lecture #28 - Drag analysis on flat plates and cross-flow cylinders  (2/17/03)
     Lecture #28 - Drag analysis on flat plates and cross-flow cylinders  (2/17/03)
 Lecture #29 - Drag and lift coefficients  (2/18/03)
     Lecture #29 - Drag and lift coefficients  (2/18/03)
 Lecture #30 - Lift and drag wrap-up  (2/20/03)
     Lecture #30 - Lift and drag wrap-up  (2/20/03)
 Student questionnaire for ES 202  (12/02/02)
     Student questionnaire for ES 202  (12/02/02)
 Examples for Lecture #4 - Hydrostatic force and moment on vertical surface, oblique surface and curved surface  (12/09/02)
     Examples for Lecture #4 - Hydrostatic force and moment on vertical surface, oblique surface and curved surface  (12/09/02)
 Examples for Lecture #5 - Buoyancy  (12/10/02)
     Examples for Lecture #5 - Buoyancy  (12/10/02)
 Quiz 1  (12/17/02)
     Quiz 1  (12/17/02)
 Supplementary homework 1  (12/19/02)
     Supplementary homework 1  (12/19/02)
 Examples for Lecture #11 - Relationship between friction factor, viscous stress and head loss  (1/07/03)
     Examples for Lecture #11 - Relationship between friction factor, viscous stress and head loss  (1/07/03)
 Quiz on thermodynamics background  (1/14/03)
     Quiz on thermodynamics background  (1/14/03)
 Week 5 problem session  (1/16/03)
     Week 5 problem session  (1/16/03)
 Quiz 2  (1/20/03)
     Quiz 2  (1/20/03)
 Condensed version of Lecture #16 presentation  (1/20/03)
     Condensed version of Lecture #16 presentation  (1/20/03)
 Exercise on phases and properties of water and R-134a  (1/20/03)
     Exercise on phases and properties of water and R-134a  (1/20/03)
 Condensed version of Lecture #17 presentation  (1/21/03)
     Condensed version of Lecture #17 presentation  (1/21/03)
 Answers to exercise on phases and properties of water and R-134a  (1/21/03)
     Answers to exercise on phases and properties of water and R-134a  (1/21/03)
 More exercise on phases and properties  (1/21/03)
     More exercise on phases and properties  (1/21/03)
 Week 6 problem session  (1/22/03)
     Week 6 problem session  (1/22/03)
 Condensed version of Lecture #18 presentation  (1/23/03)
     Condensed version of Lecture #18 presentation  (1/23/03)
 Examples for Lecture #18 - System analysis of general substances  (1/23/03)
     Examples for Lecture #18 - System analysis of general substances  (1/23/03)
 Condensed version of Lecture #19 presentation  (1/27/03)
     Condensed version of Lecture #19 presentation  (1/27/03)
 Quiz 3  (1/27/03)
     Quiz 3  (1/27/03)
 Condensed version of Lecture #20 presentation  (1/28/03)
     Condensed version of Lecture #20 presentation  (1/28/03)
 Examples for Lecture #20 - Adiabatic versus non-adiabatic turbine  (1/28/03)
     Examples for Lecture #20 - Adiabatic versus non-adiabatic turbine  (1/28/03)
 Lecture #21 presentation  (1/30/03)
     Lecture #21 presentation  (1/30/03)
 Examples for Lecture #21 - Irreversibility and Gibbs equation  (1/30/03)
     Examples for Lecture #21 - Irreversibility and Gibbs equation  (1/30/03)
 Week 7 problem session  (1/30/03)
     Week 7 problem session  (1/30/03)
 Condensed version of Lecture #22 presentation  (2/3/03)
     Condensed version of Lecture #22 presentation  (2/3/03)
 Quiz 4  (2/3/03)
     Quiz 4  (2/3/03)
 Answers to Quiz 4  (2/3/03)
     Answers to Quiz 4  (2/3/03)
 Examples for Lecture #23 - Rankine cycle analysis  (2/5/03)
     Examples for Lecture #23 - Rankine cycle analysis  (2/5/03)
 Condensed version of Lecture #23 presentation  (2/4/03)
     Condensed version of Lecture #23 presentation  (2/4/03)
 Week 8 problem session  (2/6/03)
     Week 8 problem session  (2/6/03)
 Condensed version of Lecture #26 presentation  (2/11/03)
     Condensed version of Lecture #26 presentation  (2/11/03)
 Examples for Lecture #26 - Boundary layer analysis  (2/11/03)
     Examples for Lecture #26 - Boundary layer analysis  (2/11/03)
 Examples for Lecture #27 - Drag analysis on flat plate and cylinder  (2/13/03)
     Examples for Lecture #27 - Drag analysis on flat plate and cylinder  (2/13/03)
 Week 9 problem session  (2/13/03)
     Week 9 problem session  (2/13/03)
 Examples for Lecture #28 - Drag analysis on cross-flow cylinder  (2/17/03)
     Examples for Lecture #28 - Drag analysis on cross-flow cylinder  (2/17/03)
 Week 10 problem session  (2/20/03)
     Week 10 problem session  (2/20/03)
 Lab #1 - Dimensional analysis  (12/04/02)
     Lab #1 - Dimensional analysis  (12/04/02)
 Lab #2 - Overview  (1/8/03)
     Lab #2 - Overview  (1/8/03)
 Lab #2 - Supplementary calculations page  (1/8/03)
     Lab #2 - Supplementary calculations page  (1/8/03)
 Lab #3 - Overview  (2/5/03)
     Lab #3 - Overview  (2/5/03)
 Lab #3 - Supplementary calculations page  (2/5/03)
     Lab #3 - Supplementary calculations page  (2/5/03)
 Lab #3 - Memo requirement  (2/5/03)
     Lab #3 - Memo requirement  (2/5/03)
 Exam 1 Review  (1/11/03)
     Exam 1 Review  (1/11/03)
 Exam 2 Review  (2/8/03)
     Exam 2 Review  (2/8/03)
 Final Exam Review  (2/25/03)
     Final Exam Review  (2/25/03)
 My Stanford Days
     My Stanford Days
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