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Arizona - CE - 215
Home Work #1: CE215 Mechanics of SolidsDue Date: July 13, 2010Normal Stress: 1, 3, 6, 7(Hint: Elastic Modulus =Normal Stress/Normal Strain)
Arizona - CE - 215
Home Work #2: CE215 Mechanics of SolidsDue Date: July 16, 2010Bar: 6,7,10,11,12,13 (pp 59-63 in text) I may add 2-3 more problems
Arizona - CE - 215
Home Work #3: CE215 Mechanics of SolidsDue Date: July 20, 2010 (no late submissions)
Arizona - CE - 215
Home Work #4: CE215 Mechanics of SolidsDue Date: July 23, 2010
Arizona - CE - 215
HomeWork#7CE215MechanicsofSolidsDueDate:August3,2010
Arizona - CE - 215
Homework5 (CE215)Due on 27July 2010Question 1.Draw SFD and BMD for following problem:()Question 2.Get the position (x=?) if the two equal point loads ('a' distance apart) acts as shown below so that theshear force in between them will always be zer
Arizona - CE - 215
CE215: Mechanics of SolidsHW#6 Due on 07/30/2010
Arizona - CE - 215
HOME WORK 8, CE215DUE : 6 AUGUST 2010
Arizona - CE - 215
CE 2313Mechanics of MaterialsExamination IFebruary 15, 2007Name: _There are 6 numbered, equally weighted problems on this exam.Time allowed for the exam is 80 minutes.Read the problems carefully and dont waste time doing work that is not requested.
Arizona - CE - 215
CE 2313Mechanics of MaterialsExamination IIMarch 29, 2007Name: _There are 5 numbered, equally weighted problems on this exam.Time allowed for the exam is 80 minutes.Read the problems carefully and dont waste time doing work that is not requested.P
Arizona - CE - 215
CE 2313 / MAE 2312Mechanics of MaterialsExamination IIIApril 26, 2007Name: _There are 4 numbered problems on this exam. The relative weight of each problem is provided inparentheses immediately after the problem number.Time allowed for the exam is
Arizona - CE - 215
MAE2312/CE2313 Strength of Materials Exam 1 TopicsFall 2006Policy: Close notes; close book; no cell phone use during the exam; one formula sheet isallowed; calculator is allowed; work on provided exam sheets only; addition papers canbe requested.Dura
Arizona - CE - 215
MAE2312/CE2313 Strength of Materials Exam 2 TopicsFall 2006Policy: Close notes; close book; no cell phone use during the exam; one formula sheet isallowed; calculator is allowed; work on provided exam sheets only; addition papers canbe requested.Dura
Arizona - CE - 215
MAE2312/CE2313 Strength of Materials Exam 3 TopicsFall 2006Policy: Close notes; close book; no cell phone use during the exam; one formula sheet isallowed; calculator is allowed; work on provided exam sheets only; addition papers canbe requested.Dura
Arizona - CE - 215
MAE2312 Solid Mechanics/CE 2313 Strength of Materials11/29/06Student Name_Exam #3Policy: Close notes; close book; no cell phone use during the exam; one formula sheet isallowed; calculator is allowed; work on distributed exam sheets only; addition pa
Arizona - CE - 215
MAE 2312 001Solution of Homework 2Assigned: 1/29/09
Arizona - CE - 215
CE- 215 Spring 2007 Final NAME: _ Student ID (Last four digits): _=PAL= = ELnNL= i ii =1 E i A i=0=N ( x ) dxEA ( x )b =FbAbT = ( T )ave =VAddx max =nLnLT dx = d = GI p ( x )00TL = i = i ii =1i =1 G i I piiPLEAT =
Arizona - CE - 215
CE- 215 Spring 2006 Final NAME: _ Student ID (Last four digits): _=PAL= = ELnNL= i ii =1 E i A i=0=N ( x ) dxEA ( x )b =FbAbT = ( T )ave =VAddx max =nLnLT dx = d = GI p ( x )00TL = i = i ii =1i =1 G i I piiPLEAT =
Arizona - CE - 215
CE- 215Fall 2007 Exam 1, 50 minutes.NAME: _Student ID (Last four digits): _=PA= T = ( T )ddxL = G =T=GI pTL=GI pT ( x )dxGI p ( x )0L0b =FbAb ave =LnNL = i ii =1 Ei AiPL=EArd= rdx max = GrL =0VAN ( x ) dxEA (
Arizona - AME - 331
AME 331 Homework 5Fall 2010 LittleDue Friday 10/112. Air is drawn from the atmosphere into a turbomachine. At the exit, conditions are 500 kPa (gage)and 130 C. The exit speed is 100 m/s and the mass flow rate is 0.8 kg/s. Flow is steady and there is
Arizona - AME - 331
AME 331 Homework 6Fall 2010 LittleDue Friday 10/1512345
Arizona - AME - 331
AME 331 Homework 7Fall 2010 LittleDue Friday 10/2212345
Arizona - AME - 331
1AME 331 Homework 8Fall 2010 LittleDue Friday 10/292345. Spin plays an important role in the flight trajectory of golf, ping-pong and tennis balls. Therefore, it isimportant to know the rate at which spin decreases for a ball in flight. The aerody
Arizona - AME - 331
AME 331 Homework 9Fall 2010 LittleDue Friday 11/121234. For fully developed laminar flow in a pipe, determine the radial distance from the pipe axisat which the velocity equals the average velocity.5. A liquid drug with viscosity and density of wa
Arizona - AME - 331
AME 331 Homework 10Fall 2010 LittleDue Friday 11/19
Arizona - AME - 331
AME 331 Homework 11Fall 2010 LittleDue Wednesday 12/1
Arizona - AME - 331
ME 331 Homework 12Fall 2010 LittleDue Friday 12/10
Arizona - AME - 331
Problem 4.199Given:Compressed air bottleFind:[3]Rate of temperature changeSolution:Basic equations: Continuity; First Law of Thermodynamics for a CVAssumptions: 1) Adiabatic 2) No work 3) Neglect KE 4) Uniform properties at exit 5) Ideal gasFrom
Arizona - AME - 331
Problem 5.5[2]Given:x component of velocityFind:y component for incompressible flow; Valid for unsteady? How many y components?Solution:Basic equation:x( u) +y( v ) +z( w) +t=0Assumption: Incompressible flow; flow in x-y planeHencexu+y
Arizona - AME - 331
Problem 6.6[3]Given:Velocity fieldFind:Expressions for local, convective and total acceleration; evaluate at several points; evaluate pressure gradientSolution:A = 2The given data isCheck for incompressible flow1s = 1xHencexu+u+1syy
Arizona - AME - 331
Problem 7.7Given:Equations Describing pipe flowFind:[2]Non-dimensionalized equation; Dimensionless groupsSolution:Nondimensionalizing the velocity, pressure, spatial measures, and time:u* =uVp* =ppx* =xLr* =rLt* = tVLHenceu =V u*p
Arizona - AME - 331
Problem 8.173[2]Given:Flow through a venturi meter (NOTE: Throat is obviously 3 in not 30 in!)Find:Flow rateSolution:Basic equationC A tmactual =(C A t) 2 p1 p2 =41 2 pNote that mactual is mass flow rate (thesoftware cannot render a dot!
Arizona - AME - 331
9/12/2010AME 331Introduction to Fluid MechanicsLecture 10Chapter 4: Basic Equations in IntegralFormProf. Jesse LittleUniversity of Arizona9/13/101Lecture Preview and Assignments Chapter 4.1-4.2 today Homework 3 posted due Friday (9/17) Read 4
Arizona - AME - 331
9/14/2010AME 331Introduction to Fluid MechanicsLecture 11Chapter 4: Basic Equations in IntegralFormProf. Jesse LittleUniversity of Arizona9/15/101Lecture Preview and Assignments Chapter 4.3 today Homework 3 posted due Friday (9/17) Read 4.4 f
Arizona - AME - 331
9/16/2010AME 331Introduction to Fluid MechanicsLecture 12Chapter 4: Basic Equations in IntegralFormProf. Jesse LittleUniversity of Arizona9/17/101Lecture Preview and Assignments Chapter 4.4 today Homework 3 due, turn in to the box Homework 4
Arizona - AME - 331
9/19/2010AME 331Introduction to Fluid MechanicsChapter 4: Basic Equations in IntegralFormProf. Jesse LittleUniversity of Arizona9/20/101Lecture Preview and Assignments Chapter 4.4-4.5 today Homework 5 due Friday Read 4.7 for next time Box aro
Arizona - AME - 331
9/21/2010AME 331Introduction to Fluid MechanicsChapter 4: Basic Equations in IntegralFormProf. Jesse LittleUniversity of Arizona9/22/101Lecture Preview and Assignments Chapter 4.5 example and 4.7 today Skipped 4.6, see supplemental section on d
Arizona - AME - 331
9/23/2010AME 331Introduction to Fluid MechanicsChapter 4: Basic Equations in IntegralFormProf. Jesse LittleUniversity of Arizona9/24/101Lecture Preview and Assignments Today Chapter 4.7 example Lecture on 4.8-4.9 Homework 4 due Monday (9/27)
Arizona - AME - 331
9/26/2010AME 331Introduction to Fluid MechanicsChapter 4: Basic Equations in IntegralFormProf. Jesse LittleUniversity of Arizona9/27/101Lecture Preview and Assignments Today Finish Chapter 4 Read Chapter 5-1 for next time Homework 4 due today
Arizona - AME - 331
9/28/2010AME 331Introduction to Fluid MechanicsChapter 5: Differential Analysis of FluidMotionProf. Jesse LittleUniversity of Arizona9/29/101Lecture Preview and Assignments Today Chapter 5.1 Read Chapter 5.3 for next time We will spend a coup
Arizona - AME - 331
9/30/2010AME 331Introduction to Fluid MechanicsChapter 5: Differential Analysis of FluidMotionProf. Jesse LittleUniversity of Arizona10/1/101Lecture Preview and Assignments Today Chapter 5.3 (skipped 5.2) Read Chapter 5.3 for next time We wil
Arizona - AME - 331
10/5/2010AME 331Introduction to Fluid MechanicsChapter 5: Differential Analysis of FluidMotionProf. Jesse LittleUniversity of Arizona10/6/101Lecture Preview and Assignments Today Chapter 5.3 Continue reading Chapter 5.3 Brief review on vector
Arizona - AME - 331
10/7/2010AME 331Introduction to Fluid MechanicsChapter 5: Differential Analysis of FluidMotionProf. Jesse LittleUniversity of Arizona10/4/101Lecture Preview and Assignments Today Finish Chapter 5.3 and start 5.4 Read Chapter 5.4 for next time
Arizona - AME - 331
10/12/2010AME 331Introduction to Fluid MechanicsChapter 6: Incompressible Inviscid FlowProf. Jesse LittleUniversity of Arizona10/13/101Lecture Preview and Assignments Today 6.1-6.2 Read Chapter 6.3 for next time Video Pressure Fields and Fluid
Arizona - AME - 331
10/14/2010AME 331Introduction to Fluid MechanicsChapter 6: Incompressible Inviscid FlowProf. Jesse LittleUniversity of Arizona10/15/101Lecture Preview and Assignments Today Finish 6.2 then 6.3 Read Chapter 6.4 for next time Homework 6 due toda
Arizona - AME - 331
10/17/2010AME 331Introduction to Fluid MechanicsChapter 6: Incompressible Inviscid FlowProf. Jesse LittleUniversity of Arizona10/18/101Lecture Preview and Assignments Today Examples Continue 6.4 next time Skip 6-5 (read if you like) Skip 6-6
Arizona - AME - 331
10/19/2010AME 331Introduction to Fluid MechanicsChapter 6: Incompressible Inviscid FlowProf. Jesse LittleUniversity of Arizona10/20/101Lecture Preview and Assignments Today Finish Chapter 6 Read Chapter 7.1-7.2 Homework 7 due Friday Extend un
Arizona - AME - 331
10/21/2010AME 331Introduction to Fluid MechanicsChapter 7: Dimensional Analysis andSimilitudeProf. Jesse LittleUniversity of Arizona10/22/101Lecture Preview and Assignments Today 7.1-7.2 Read Chapter 7.3-7.4 Homework 7 due Monday Homework 8
Arizona - AME - 331
10/24/2010AME 331Introduction to Fluid MechanicsChapter 7: Dimensional Analysis andSimilitudeProf. Jesse LittleUniversity of Arizona10/25/101Lecture Preview and Assignments Today 7.3-7.4 Read 7.5-7.6 for next time Homework 7 due today by 2pm
Arizona - AME - 331
10/27/2010AME 331Introduction to Fluid MechanicsChapter 7: Dimensional Analysis andSimilitudeProf. Jesse LittleUniversity of Arizona10/27/101Lecture Preview and Assignments Today 7.5-7.6 (may extend into Friday) Read 8.1-8.2 Homework 8 due Fr
Arizona - AME - 331
10/28/2010AME 331Introduction to Fluid MechanicsChapter 8: Internal IncompressibleViscous FlowProf. Jesse LittleUniversity of Arizona10/29/101Lecture Preview and Assignments Today Finish Chapter 7 and start Chapter 8 Read 8.2 Homework 8 due F
Arizona - AME - 331
10/31/2010AME 331Introduction to Fluid MechanicsChapter 8: Internal IncompressibleViscous FlowProf. Jesse LittleUniversity of Arizona11/1/101Lecture Preview and Assignments Today Continue 8.2 Read 8.3-8.4 for next time No homework this week
Arizona - AME - 331
11/2/2010AME 331Introduction to Fluid MechanicsChapter 8: Internal IncompressibleViscous FlowProf. Jesse LittleUniversity of Arizona11/3/101Lecture Preview and Assignments Today 8.3 No homework this week Exam 2: Chapters 5, 6, 7 Three proble
Arizona - AME - 331
11/7/2010AME 331Introduction to Fluid MechanicsChapter 8: Internal IncompressibleViscous FlowProf. Jesse LittleUniversity of Arizona11/8/101Lecture Preview and Assignments Today 8.4-8.6 HW 9 posted and due Friday Mention cylindrical cv and fo
Arizona - AME - 331
11/9/2010AME 331Introduction to Fluid MechanicsChapter 8: Internal IncompressibleViscous FlowProf. Jesse LittleUniversity of Arizona11/10/101Lecture Preview and Assignments Today 8.6-8.7 Read 8.8 for next time HW 9 posted and due Friday211