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S. New Hampshire - EFL - 537
Unit PlanSusan Hansen MS-TEFL 525 Kathy McCarthy 3/13/06 Class Profile: Low advanced students in a high school setting in a Creative Writing course. Instructional Objectives: 1. Students will be able to identify the characteristics of a fable. 2. St
Stanford - GCO - 1038
IN THE UNITED STATES DISTRICT COURT FOR THE MIDDLE DISTRICT OF TENNESSEE NASHVILLE DIVISION In re GENESCO INC. SECURITIES LITIGATION, This Document Relates To: ALL ACTIONS. ) ) ) ) NO. 3:07-1183 JUDGE HAYNES CLASS ACTIONORDER Before the Court is th
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORTME 331 FLUIDS IN NATURE AND IN ENGINEERING C.J. KobusMan's initial contact with fluids was presumably confined largely to the air he breathed and the water he drank and swam in. However, as a resul
Oakland University - ME - 331
STATICS AND DYNAMICSME 221 Selected Dimensional Equivalents C.J. KobusReynolds and Perkins McGraw Hill
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORTME 331 HOMEWORK #1 Review of Some Basic Mathematical Concepts 1. Using the definition of a partial derivative:z 1 Lim {z( x , y) x + x z( x , y) x } x x 0 x Find the following derivatives by carr
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORTME 331 CONCEPT OF A CONTINUUM C.J. KobusThe building blocks that ultimately form the structure of matter as it is presently understood are subatomic particles (protons, neutrons, electrons, mesons,
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORTME 331 KINEMATICS OF FLUIDS C.J. KobusA study of particle and rigid body dynamics is normally divided into two pans; kinematics, the motion (displacement, velocity and acceleration) and kinetics, t
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORTME 331 HOMEWORK #2 1. C.J. Kobusa) Assuming a parabolic profile for the velocity at the outlet, uo = co + c1y + c2y2 Come up with three boundary conditions and find an expression for uo.4 Ans: u
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 TOPIC REVIEW #1 1. Review of some basic mathematical concepts pertinent to the course a) Concept of a Limit b) Concept of Partial and total derivatives c) Concept of a definite integral d) Exa
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 LAB GROUPS C. J. KobusEvery student should be a member of a Lab Group, consisting of 3 or 4 students (preferably 4) who will be working on the laboratory assignments as a team, and who will
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORTME 331 HOMEWORK #3 1. C.J. KobusConsider a fluid flowing in a rectangular duct of length, L, as shown. The velocity of the fluid entering the duct is uniform over the duct inlet and of magnitude uf
Oakland University - ME - 331
Intro to Fluid and Thermal Transport ME 331 Laboratory Assignment #1 Measuring the Viscosity of Motor Oil In this laboratory assignment you will be investigating the effect of temperature on the viscosity of SAE 30 motor oil. A rotary Brookfield DVI
Oakland University - ME - 331
INTRO TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 Group Homework #1 Work the following problems in Fox and McDonald (6th edition): 1. 2. Problem 2-1 Problem 4-20*& 2 h 3 g sin m Ans: ( ) = ; b = depth 3 bC.J. Kobus3.Problem 4-25* Ans: v 3 =
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORTME 331 CLASSIFICATION OF FLUID PROBLEMS 1. Steady Unsteady Compressible Sonic Supersonic Hypersonic C.J. Kobus2. Incompressible 3. Static 4. Viscous 5. Laminar 6. 1-dimensionalSubsonic Inviscid T
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C.J. Kobus TOPIC REVIEW #24. Introduction to Fluids a) Fluids in nature and engineering b) Fundamental notions about fluids c) Distinguishing characteristics of fluids d) Fluid properties; m
Oakland University - ME - 331
Intro to Fluid and Thermal Energy TransportME 331 Laboratory Assignment #1 Report of Group # _ Group Leader: _ Assignment Specification Abstract #1 #2 #3 #4 #5 #6 #7 #8 Lab specs met Appendix Total Points; N Organization and Neatness Factor * : n; 0
Oakland University - ME - 331
Intro to Fluid and Thermal Transport ME 331 Laboratory Assignment #1 Measuring the Viscosity of Motor Oil In this laboratory assignment you will be investigating the effect of temperature on the viscosity of SAE 30 motor oil. A rotary Brookfield DVI
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORTME 331 PATHLINES, STREAKLINES AND STREAMLINES C.J. Kobus1. PATHLINE: A pathline is a line drawn in the flowing fluid describing the path or trajectory of a given fluid particle over some period of
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C. J. Kobus Homework #5 Steady state momentum equation at a point; Inviscid flow (Euler Eqns.) In class, the z-component of the momentum principle was obtained. In like manner, formulate the x
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C.J. Kobus TOPIC REVIEW #38. Fluid hydrostatics a) Hydrostatic Differential Equation (i) classification (ii) Solutions 9. Streamlines, pathlines and streaklines 10. Derivation of the continu
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C. J. Kobus Group homework #2 Work the following problems* in "Fox and McDonald" 6th edition: 1. 2. 3. 4. 5. 6. 7. Problem 6-42 Problem 6-44 Problem 6-45 Problem 6-48 Problem 6-49 Problem 6-58
Oakland University - ME - 331
Intro to Fluid and Thermal Energy TransportME 331 Laboratory Assignment #2 Report of Group # _ Group Leader: _ Assignment Specification Abstract #1 #2 #3 #4 #5 #6 #7 #8 Lab specs Appendix Total Points; N Organization and Neatness Factor * : n; 0.5
Oakland University - ME - 331
Fall 2006Intro to Fluid and Thermal Transport ME 331 Laboratory Assignment #2 Impact of a Fluid JetC. J. KobusThe schematic above shows the apparatus used to investigate the force resulting from the impact of a jet on a target plate. The appar
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C.J. Kobus TOPIC REVIEW #412. Dynamics of an inviscid fluid a) Approach for the derivation of Euler's equations of motion (i) Assumption: fluid behaves like a continuum, viscous effects are
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C. J. Kobus Homework #6 Work the following problems in "Fox and McDonald" 6th edition: 1. 2. 3. 4. Problem 8-7* Problem 8-12* Problem 8-15* Problem 8-26 Hint: Draw an appropriate finite TD sys
Oakland University - ME - 331
Intro to Fluid and Thermal Energy TransportME 331 Laboratory Assignment #3 Report of Group # _ Group Leader: _ Assignment Specification Abstract #1 #2 #3 #4 #5 #6 #7 #8 Lab specs Appendix Total Points; N Organization and Neatness Factor * : n; 0.5
Oakland University - ME - 331
Intro to Fluid and Thermal Transport ME 331 Laboratory Assignment #3 Bernoulli Equation DemonstrationC. J. KobusFigure 1 shows the apparatus used to investigate the validity of the Bernoulli equation when applied to the steady flow of water in a
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C.J. Kobus TOPIC REVIEW #5
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C. J. Kobus Group homework #3 Work the following problems* in "Fox and McDonald" 6th edition: 1. Problem 8-46* 2. Problem 8-47* 3. Resistance to fluid flow can be defined by analogy to Ohms la
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C.J. KobusTopic review #6 18. Viscous flow in a pipe a) Definitions: (i) Friction factor (ii) Dimensionless pressure, axial coordinate (iii) Reynolds number b) Relationship between friction
Oakland University - ME - 331
INTRO TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C.J. Kobus Homework #7 Viscous Boundary Layer Theory; Modeling the viscous boundary layer thickness, v(x).1. Apply the Momentum Principle to the above thermodynamic system, then, dividing by bx and
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORTME 331 INTRODUCTION TO HEAT TRANSFER C.J. Kobus
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORTME 331 HEAT TRANSFER IN NATURE AND IN ENGINEERING C.J. Kobus
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORTME 331 GENERAL DISCUSSION OF CONVECTIVE HEAT TRANSFER C.J. KobusConvection Heat Transfer is transport of thermal energy involving fluid motion. If a temperature gradient is present within a moving
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C.J. Kobus TOPIC REVIEW #7 20. Introduction to Heat Transfer a) Basic Modes (i) Conduction (ii) Convection (iii) Thermal Radiation b) Thermal Conductivity (i) Microscopic Mechanisms (ii) Units
Oakland University - ME - 331
Intro to Fluid and Thermal Energy TransportME 331 Laboratory Assignment #3 Report of Group # _ Group Leader: _ Assignment Specification Abstract #1 #2 #3 #4 #5 #6 #7 #8 Lab specs Appendix Total Points; N Organization and Neatness Factor * : n; 0.5
Oakland University - ME - 331
2006 FallIntro to Fluid and Thermal Transport ME 331 Laboratory Assignment #5 Linear Conduction Through a Composite WallC. J. KobusThe test apparatus is made up of two parts: a Linear Conduction apparatus and a Data Acquisition unit (HT10X). T
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C.J. Kobus TOPIC REVIEW #8 23. Extended Surfaces; Fins of Constant Cross-Sectional Area a) Derivation of DE governing T = T(x) b) Solution to DE (i) Infinite Fin (ii) Long Fin (iii) ShoRt Fin
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C. J. Kobus Homework #10 Lumped Parameter Transient Heat Transfer Problems h d L Consider a piece of wire of length L and diameter d, which is initially at a uniform temperature, T. The wire i
Oakland University - ME - 331
Intro to Fluid and Thermal Energy TransportME 331 Laboratory Assignment #5 Report of Group # _ Group Leader: _ Assignment Specification Abstract #1 #2 #3 #4 #5 #6 #7 #8 Lab specs Appendix Total Points; N Organization and Neatness Factor * : n; 0.5
Oakland University - ME - 331
2006 FallIntro to Fluid and Thermal Transport ME 331 Laboratory Assignment #5 Linear Conduction Through a Composite WallC. J. KobusThe test apparatus is made up of two parts: a Linear Conduction apparatus and a Data Acquisition unit (HT10X). T
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C. J. Kobus Homework #11 Convective Heat Transfer; Boundary Layer Theoryy Tf uf LConsider a problem of steady, incompressible laminar flow over a flat plate. If the temperature distribution
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C.J. Kobus TOPIC REVIEW #9
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C. J. Kobus Homework #12 Utilizing the appropriate correlations for forced and natural convection found in any heat transfer textbook, in conjunction with fluid properties, work the following
Oakland University - ME - 331
SEMESTER END EVALUATIONSOAKLAND UNIVERSITYSchool of Engineering and Computer Science Course EvaluationsDear SECS students: At the end of every semester, we ask students to provide feedback about their courses to their instructors, department and t
SUNY Albany - CSI - 110
I-CSI110 - Introduction to Programming, Worlds and Problems Lab Sheet 04 Thurs. Sept. 14, 2006Name_ Albany NetID_ Two Partners for this lab. _ _ Turn in your Assignment 1 (snowpeople scene and animation) files using WebCT. Whose netid will you use
SUNY Albany - CSI - 110
I-CSI110 - Introduction to Programming, Worlds and Problems Lab Sheet Thurs. Nov. 30, 2006Name_ Double-click on either W:\AppBruteForceHuller.jar or W:\AppBetterHuller.jar Roughly specify the number of random dots by dragging from the middle red do
SUNY Albany - CSI - 110
I-CSI110 - Introduction to Programming, Worlds and Problems Lab Sheet Tues. Nov. 28, 2006Name_ EXERCISE 1 :Write on the sheet what this code prints. for( int i = 0; i <= 5 2; i+ ) { PRINT i; for( int j = i + 1; j <= 5 1; j+ ) { PRINT ( i, j ); }
SUNY Albany - CO - 7450
GeographicInformationSystems GeographicTheVectorDataModelLevelsofDataModelingIncreasing StructureTheLogicalModelsVector Vector implementationof DiscreteObject point,lineand polygon(areas) representationsRaster implementationof Continuou
SUNY Albany - CO - 7450
GeographicInformationSystems GeographicDataCollectionDataCollectionOneofthemostexpensivepartsofaGIS upto80%ofthecostoftheGIS(includingstaffcosts),1550% otherwiseExtensiveamountofdataavailable Twobroadtypesofcollection Capture(itdoesntexist,n
Oakland University - ME - 331
INTRO TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 Laboratory Assignment #2 Thrust from a Fluid Jet The schematic shows a nozzle attached to the lower end of a copper tube. The upper end of the Pivot tube is pivoted. If a fluid is allowed to flow thr
University of Illinois, Urbana Champaign - MATH - 231
Merit Worksheet #9, 2/4/08Improper integrals and the comparison test1. For which values of k does the improper integral 11 dx xkconverge? 2. For which values of k does the improper integral1 01 dx xkconverge? 3. Do either of the integrals
Oakland University - ME - 331
INTRO TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 Laboratory Assignment #2 Thrust from a Fluid Jet The schematic shows a nozzle attached to the lower end of a copper tube. The upper end of the Pivot tube is pivoted. If a fluid is allowed to flow thr
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C. J. Kobus Laboratory Assignment #3 Venturi Flowmeter A venturi is a device which is often used as a means of measuring flow.d1 = 0.43 in d2 = 0.19 in Experimental Specifications 1. Perfor
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C. J. Kobus Laboratory Assignment #3 Venturi Flowmeter A venturi is a device which is often used as a means of measuring flow.d1 = 0.43 in d2 = 0.19 inExperimental Specifications & 1. Perf
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C. J. Kobus Laboratory Assignment #4 Steady, viscous flow in a pipe
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C. J. Kobus Laboratory Assignment #4 Steady, viscous flow in a pipe
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C. J. Kobus Laboratory Assignment #5
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C. J. Kobus Laboratory Assignment #5
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C. J. Kobus Laboratory Assignment #6 Measurement of Convective Heat Transfer Coefficient; Forced Convection in a Tube A very common type of heat exchanger is of a concentric-tube configuration
Oakland University - ME - 331
INTRODUCTION TO FLUID AND THERMAL ENERGY TRANSPORT ME 331 C. J. Kobus Laboratory Assignment #6 Measurement of Convective Heat Transfer Coefficient; Forced Convection in a Tube A very common type of heat exchanger is of a concentric-tube configuration