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ME Dept. Info University of Michigan (Michigan)'s ME department has 41 courses in Course Hero with 2171 documents and 5 answered questions.

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University of Michigan (Michigan)
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JasonDaida, WINEMAN, Barber, Hulbert, DOWLING, KathrynLynch, Rakhavan, AKAHVAN, KazuSaitou, KUO, DALY, STAFF, Gavini, Ram, stefanopoulou, PAN, ASDFDSAF

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41

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ME 211
- 322 Documents
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ME 320
- 280 Documents
ME 382
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ME 240
- 171 Documents
ME 335
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ME 360
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ME Documents

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6 pages
- HW+9.pdf
- University of Michigan
- dynamics
- ME 220 - Fall 2015
- ME 240 Homework #9 Assigned: Friday, 11/13/2015 Due: Friday, 11/20/2015 Problem 1 Problem 2 Problem 3 Problem 4 Problem 5 Problem 6
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HW+9.pdf
6 pages
- HW+11.pdf
- University of Michigan
- dynamics
- ME 220 - Fall 2015
- ME 240 Homework #11 Assigned: Friday, 12/04/2015 Due: Monday, 12/14/2015 Problem 1 Problem 2 Problem 3 Problem 4 Problem 5 Problem 6
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HW+11.pdf
8 pages
- ME530+Lecture+Note+12.pdf
- University of Michigan
- heat transfer
- ME 530 - Fall 2014
- -6Q- ,Anr/yriZo/ Coztyuft)n &*/. Crat-nurt| 72"^*a,. # lbno'rthp, 82,^*ir-, ' f# 8ry7 %'unr'ba , +f (V.f):O : ,"%. : _ vp +fv^fn llv v. (rvD Cr-,sirtor /nco"aFr*es;b/e f/r"). J? =- anst'. (v-f,5 *ff -pv.f +te+2, =* v'. p:O ; V. V :. e Tvton*rfun Epua't" .
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ME530+Lecture+Note+12.pdf
6 pages
- ME530+Lecture+Note+11.pdf
- University of Michigan
- heat transfer
- ME 530 - Fall 2014
- ?W- st"f!- Me^, - AL/ofr'.,' r3- sdr/ tbi,*/"A a'* T la g" [email protected] zb os:Co+r* -'/ <xposq( t a* tYs Sudnc<, v fvlovi,! Btar4qr? aad Prt- moviny CV Inov;wN r -Tho cl/ ;ffiY - ( E!:o soli4 l<k- F ble 7," s+"fu" - l, (n 1 I sre&L E-fih"hy I algd /1s=lo')
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ME530+Lecture+Note+11.pdf
7 pages
- ME530+Lecture+Note+5.pdf
- University of Michigan
- heat transfer
- ME 530 - Fall 2014
- Exa*te - a+Cyludrr4l sh4tl wirh a ^a"* Ke 0o. t1, A = tlo-rLo' Rr= : aT, aT : #,R*=*h _7'4 *Fr 4Tr =- A (& rR. ) T; 'b \"ax ,* Tlal l4!^*t^tf*' I I As,$/'aft - T; =. af, -Fdh h) 3rA' + o#J #r +'[*(bat akr \ 3'a^ +Kr -ll,erna-/ -Fl"d -L. C;"-c,*: cfw_ Soti
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ME530+Lecture+Note+5.pdf
6 pages
- ME530+Lecture+Note+4.pdf
- University of Michigan
- heat transfer
- ME 530 - Fall 2014
- l^D +r4 H=o) Co,.d",^tr1a,.' *"1 -T.:-TG) li T, f E';= -K*F a =-K#ft I a I t-,: W a : R l*- ar -*l aJe"nc,rwl. T: l(sl q = -xAt A ? A = a"s* ,C d*X 0 >7;) ft Kh at/ : : (v-n) 4h) + R,' zft-en 7a/ fA.sisfa, Tn 3"'- . K4l-fln= Jrftr, # a - /8- =AG) H' st 4I
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ME530+Lecture+Note+4.pdf
7 pages
- ME530+Lecture+09-04-13.pdf
- University of Michigan
- heat transfer
- ME 530 - Fall 2014
- /14E f,)o -Mv.*arcfw_ t1.^f /,"-"ttd"n- :f"ftods<-tr'w, f4e"ho,.ie*,.s fo.,*r[ - ermJt t-"rtb4 C*dr^c+im,^. cticatg f ?han*ts l (. -"traa.l.s ) Cqrv<eclio-'r = b^tk eto/rit*r t/ #*"1 + ahcrti:,n /( t'7uio/,2 t-tottb-, npa-r q. sctr6c*-,/\ + fe*F J"ealp"f
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ME530+Lecture+09-04-13.pdf
5 pages
- ME530+Lecture+Note+8.pdf
- University of Michigan
- heat transfer
- ME 530 - Fall 2014
- fuol,ttlsur (fr,p - ?/: S"tJ ) frovotv,i'fl Eg,'a/ion: ScrW -T: T(x,t; 8L o , ,2'T , alunz =o( ?XJ W "T I.ifie,l Mryian (fc) htir'A t-O, TT > K : 3C, I T E't 4:o .r )C:o 3x' -f:G .*X-L (syr,'"A"V e) Ti,^t,t*i^nl A^*lnt; t Lq-+ T=+ e: # ax=L7 (n-T ,o(T: H.
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ME530+Lecture+Note+8.pdf
5 pages
- ME530+Lecture+Note+6.pdf
- University of Michigan
- heat transfer
- ME 530 - Fall 2014
- - )t- ' o ) _A"."fa'rFrn (C, Lr> 4 s+.fa- .T- TCn) T;, h EtV^rq y fu)ar,:i-.;.<_ .u = Qc*ocfw_n Q.onl,n+ar4- Qc*ry.r =, Anb', : d.-., = O (S+"^*s+"b) Qrcr)egl(-f # ) -k7ck+(r#l = -k7cktfrn A,c*,4. F+ar : - krckt f( r*a4 = - krc kt frn * t cfw_orJ _*rckt n
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ME530+Lecture+Note+6.pdf
6 pages
- ME530+Lecture+Note+9.pdf
- University of Michigan
- heat transfer
- ME 530 - Fall 2014
- S<or; - Incfw_a;t T -%-*/'/T(x.o):Jt T(o. t) = T (rc) (sc ) -IJ l+r hrwe*r,;"X Eyurz+>zt : Kv^T+ 7' +r: #ov"I , #-acfw_* Scrfu 3n- o ( rfo h't ;r*'tn*+"^ ) T- -to "* t:o. TC bc! -T=Ti a* cC= O -[-+ Ti, "* X+& -T\7; Lscfw_' e - ( r^rJtt.E s"1'"^&i^ ' Tulet
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ME530+Lecture+Note+9.pdf
6 pages
- ME530+Lecture+Note+2.pdf
- University of Michigan
- heat transfer
- ME 530 - Fall 2014
- -8. !,. 7 a" Cavrs.rr"-r" 4' otw1., rl tle o hn in G.*,t*/ Cnasu^rort>"-fu4*>4 ._T> ho,.t Tt tcv i t T : ff)cv - Z ,ao,t Z;i. .lfl.r*, Vobrnz = - d,mqv dt = - Isv,n Js Aou+ +[lf ,sdr + ff, 9V,fr/s : a (y'. tr >Js ,Vekaz = drt,* = f -f(ilillS fioor: tu,tff
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ME530+Lecture+Note+2.pdf
5 pages
- ME530+Lecture+Note+10.pdf
- University of Michigan
- heat transfer
- ME 530 - Fall 2014
- Motr;g -fr- Bo,',4oh44/ /rob/er, 5 ' Salid,icfw_icr;fi ' hr-r,ttn ocfw_ u "* "cfw_ o- wdt Vq* + 1,'tn o c"1st*l bubble in a, "+*l^rrt"cfw_ l*d Lin.loL 1-cfw_, B&Aq' (.Oa . !, Itrf Latz',r ablafia* Srtidicfw_ic^ti ,* a Sr-cfw_ara- ocfw_ n I*n a, ^*uri*l [a
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ME530+Lecture+Note+10.pdf
5 pages
- ME530+Lecture+Note+3.pdf
- University of Michigan
- heat transfer
- ME 530 - Fall 2014
- a-A J - r+Cc'\5,e/t\tjcfw_i]icn^ o+' E'*n*-,r4 r( i7 uf, Eryy fa)ancw -"n :. Z E i^-ZEo*+ Q, Cy' v,r L"qr*qi."^ - JJ e = ,I + LVt : u\r*)V Y 4 t "( 2_- JaxaVa+ffi : A, \J trgt in (d 5*$cv-Ttrtc'dark c>r<^"'$r*te\ ) Vau'*,rtAc Hc^f,O*' ) wA'6Fcnrcs : d.^J.
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ME530+Lecture+Note+3.pdf
5 pages
- ME530+Lecture+Note+7.pdf
- University of Michigan
- heat transfer
- ME 530 - Fall 2014
- 7t*lr; tf"fr. dtn';r - -)6- y'lulfiJ;^n s'o"r^l bc/r Tlr=o Tlrr. = :dr-o Tt=ur = -cfw_tx) .:t<-4 6+"ft, |'Lo =O rTof L*t S- : T-l-l :o ; #*%F - I ,T:Tk-ry =-@ , 0= X(rtY9t. #"*ffi_:o rdg x dl.z- -+ft'- -)^ r#'-" x% =Q #"-= -IA + :> 4:)Y 6u- (tt 1+ b srh A
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ME530+Lecture+Note+7.pdf
1 pages
- Challenge+Problem+4.pdf
- University of Michigan
- dynamics
- ME 220 - Fall 2015
- Challenge Problem 4 m = 2 kg; kG = 1 m; L = 2 m; d = 1 m; H = 0.5 m; g = 9.81 m/s2 A farmer builds a rain shelter for his ducklings. As shown in the figure above, it consists of a rigid, uniform slab AB of mass m and centroidal radius of gyration kG, held
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Challenge+Problem+4.pdf
6 pages
- HW+10.pdf
- University of Michigan
- dynamics
- ME 220 - Fall 2015
- ME 240 Homework #10 Assigned: Friday, 11/25/2015 Due: Friday, 12/04/2015 Problem 1 Problem 2 Problem 3 Problem 4 Problem 5 Problem 6
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HW+10.pdf
6 pages
- HW+8.pdf
- University of Michigan
- dynamics
- ME 220 - Fall 2015
- ME 240 Homework #8 Assigned: Friday, 11/06/2015 Due: Friday, 11/13/2015 Problem 1 Problem 2 Problem 3 Problem 4 Problem 5 Problem 6
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HW+8.pdf
6 pages
- HW+7.pdf
- University of Michigan
- dynamics
- ME 220 - Fall 2015
- ME 240 Homework #7 Assigned: Friday, 10/30/2015 Due: Friday, 11/06/2015 Problem 1 (5/152) For a short interval of motion, link OA has a constant angular velocity = 4 rad/s. Determine the angular acceleration AB of link AB for the instant when OA is parall
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HW+7.pdf
6 pages
- HW+6.pdf
- University of Michigan
- dynamics
- ME 220 - Fall 2015
- ME 240 Homework #6 Assigned: Friday, 10/23/2015 Due: Friday, 10/30/2015 Problem 1 (5/67) The ends of bar AB are confined to the circular slot. By the method of this article, determine the angular velocity of the bar if the velocity of end A is 0.3 m/s as
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HW+6.pdf
1 pages
- Challenge+Problem+3_Corrected.pdf
- University of Michigan
- dynamics
- ME 220 - Fall 2015
- Final Exam-Style Problem The stepped pulley of mass m and radius of gyration kG travels down from A to C under the effect of gravity. If it starts from rest at A, calculate how long it takes to arrive at C. Assume that it rolls without slipping throughout
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Challenge+Problem+3_Corrected.pdf
1 pages
- Challenge+Problem+2.pdf
- University of Michigan
- dynamics
- ME 220 - Fall 2015
- Prob 2. A crate of mass m is resting on a horizontal platform which is moving in a circular path with a constant angular speed of . The coefficients of kinetic and static friction between the crate and the platform are k and s, respectively. a) If G is th
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Challenge+Problem+2.pdf
18 pages
- PowerSpectralDensity.pdf
- University of Michigan
- Dynamics and Vibrations
- ME 240 - Winter 2015
- Power Spectral Density Derivation In applying frequency-domain techniques to the analysis of random signals the natural approach is to Fourier transform the signals. Unfortunately the Fourier transform of a stochastic process does not, strictly speaking,
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PowerSpectralDensity.pdf
10 pages
- Turbine manufacturing
- University of Michigan
- ME 646
- Mitsubishi Heavy Industries Technical Review Vol. 52 No. 4 (December 2015) 5 Development of Advanced Materials and Manufacturing Technologies for High-efficiency Gas Turbines HIDETAKA OGUMA*1 KOJI TSUKIMOTO*1 SANEYUKI GOYA*2 YOSHIFUMI OKAJIMA*3 KOUICHI IS
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Turbine manufacturing
4 pages
- STEM2
- University of Michigan
- ME 646
- CIRP Annals - Manufacturing Technology 58 (2009) 185188 Contents lists available at ScienceDirect CIRP Annals - Manufacturing Technology jou rnal homep age : ht t p: / ees .e lse vi er. com/ci rp/ def a ult . asp Shaped tube electrochemical drilling of go
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STEM2
25 pages
- Module19_Wind energy
- University of Michigan
- ME 433 - Fall 2014
- ME433/AUTO 533 Advanced Energy Solutions Winter 2016 Margaret Wooldridge Professor, Departments of Mechanical and Aerospace Engineering Module 19: wind energy University of Michigan Ann Arbor Outline Wind Energy with many excellent contributions from Mr.
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Module19_Wind energy
13 pages
- Module01_Course introduction-CB-W17
- University of Michigan
- ME 433 - Fall 2014
- ME433/AUTO 533 Advanced Energy Solutions Margaret Wooldridge Professor, Departments of Mechanical and Aerospace Engineering Module 1: course introduction University of Michigan Ann Arbor Outline An introduction to the course Course syllabus including rec
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Module01_Course introduction-CB-W17
7 pages
- Rec7_Solution
- University of Michigan
- Fluid Dynamics
- ME 320 - Spring 2013
- Problem *4.91 Problem *4.110 [Difficulty: 4] Problem *4.126 [Difficulty: 4] Part 1/2 Problem *4.126 [Difficulty: 4] Part 2/2 Problem 4.139 Given: Jet impacting a splitter vane Find: Mass flow rate ratio; new speed U Solution: Apply momentum equation to in
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Rec7_Solution
6 pages
- Rec2_solution
- University of Michigan
- Fluid Dynamics
- ME 320 - Spring 2013
- Problem 2.47 [Difficulty: 2] Given: Data on tape mechanism Find: Maximum gap region that can be pulled without breaking tape Solution: Basic equation du yx = dy F = yx A and FT = 2 F = 2 yx A Here F is the force on each side of the tape; the total force
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Rec2_solution
2 pages
- rec03
- University of Michigan
- Fluid Dynamics
- ME 320 - Spring 2013
- Recitation problems #3 ME 320 Winter 2017 Problem 1: 3.22 Problem 2: 3.35 Problem 3: 3.50 1 Problem 4: 3.64 Problem 5: 3.65 2
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rec03
3 pages
- HW#2 Solutions SS_2017
- University of Michigan
- ME 433 - Fall 2014
- ME 433/AUTO533 Advanced Energy Solutions Homework Set #2 Spring Summer 2017 22 points Problem 1 (2 points) As of 2012, a) which country has the highest total energy consumption and b) which country has the highest per capita energy consumption? a) China h
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HW#2 Solutions SS_2017

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