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Engineers Guide To Rotating Equipment.
6 U" H& B V5 S8 f7 N) \. c8 G, B8 s
- L1 Q" _* C- e( jContents
% B6 Q9 v: Y" G% o* IAbout the Author vi
/ s* {3 x+ Z+ J: APreface vii; R% Q8 z1 a) Y* }, V
Introduction ix
; f$ a+ K4 l2 W& K+ DChapter 1 Engineering Fundamentals 1
! A0 a y S4 _5 B3 {6 \& D; W; H1.1 The Greek alphabet 1$ d6 V9 {, W4 P7 t7 X5 X
1.2 Units systems 2 n& b- { H4 h" B6 I/ h" }
1.3 Conversions 4' Y, t- ], p# q, i
1.4 Consistency of units 17/ }9 G$ S, E- s+ j2 ^
1.5 Foolproof conversions: using unity brackets 17
3 f4 n1 w; q! l2 I6 P* G3 k0 f1.6 Imperial–metric conversions 19
4 r5 T1 J1 v' m5 S/ W1.7 Dimensional analysis 214 k1 x. _) G+ c/ C T- C! f, o9 y
1.8 Essential mathematics 23' I) R* b. S2 C8 u8 ^4 v
1.9 Useful references and standards 45
) P Z4 C" G/ `4 s _Chapter 2 Bending, Torsion, and Stress 47& ~. K5 ]6 j" x
2.1 Simple stress and strain 478 X. ^: N b2 U7 {, i+ A2 k
2.2 Simple elastic bending (flexure) 48) y% S# {1 @7 C# n2 K
2.3 Slope and deflection of beams 510 |" F+ j3 Z9 ?0 x/ i2 c# y* k- M
2.4 Torsion 51! z7 @$ |$ q' B
2.5 Combined bending and torsion 602 D; b4 ~4 V' I
2.6 Stress concentration factors 61
: ?2 M/ Q9 s( c a7 q# P# SChapter 3 Motion and Dynamics 65) K* [: s$ m1 V( v+ m
3.1 Making sense of dynamic equilibrium 65
5 B' r2 M9 B f- e. ^1 h8 e, j3.2 Motion equations 65
: ] P% N& X9 m3.3 Newton’s laws of motion 67
$ o/ a, S- _, v3 k2 z; J8 H. q3.4 Simple harmonic motion 67
% b& m. X7 R! K3.5 Understanding acceleration 68
3 z5 ?; b) ?$ X. R$ T6 F; V4 [3.6 Dynamic forces and loadings 69
$ E2 S! e+ r' h. ]& l S4 o3.7 Forces due to rotating masses 70% i. \4 i+ J$ E6 a
3.8 Forces due to reciprocating masses 70
9 T3 W8 V* b" ]: t& `& j! xChapter 4 Rotating Machine Fundamentals: Vibration,
+ ^: X A- R# B% T6 U6 {* `) IBalancing, and Noise 71
5 {6 M$ q& m+ L& v1 T0 Z$ D3 D' Y4.1 Vibration: general model 71
+ b7 d' a; ~5 Z4.2 Vibration formulae 72. s, H( c( R. e- s: F0 q+ \9 L
4.3 Machine vibration 75
- z$ @4 R) S/ x! ^/ E7 s1 p4.4 Dynamic balancing 781 e* t5 M {5 R% q
4.5 Machinery noise 79/ c% c! _2 X2 |
4.6 Useful references 81
/ W e2 g# q3 d' }& ?1 k8 WChapter 5 Machine Elements 83 j% U2 `2 j8 ~) A5 E* ^1 O
5.1 Screw fasteners 83
- v; b, x0 M! b3 ?! y5.2 Bearings 86
( u& b6 j" ]( `5 r0 s5 i6 t5.3 Mechanical power transmission – broad guidelines 90& [- ?8 f9 n4 G& M( ~
5.4 Shaft couplings 911 T. w+ J* [; b, w
5.5 Gears 99+ h; J0 U( X1 d" p: W
5.6 Seals 110
; A# u) H; L' ]0 e. w5.7 Cam mechanisms 1197 Y' c: v' \: L/ v
5.8 Belt drives 1217 b6 g+ J" m% e( N1 G: X
5.9 Clutches 123
0 P* d* @. t4 F: Q/ {- f5.10 Brakes 1289 @. K- ^% v9 r- b
5.11 Pulley mechanisms 128
7 O# Z1 P& }' t3 J$ C# M# h1 p* A9 h5.12 Useful references and standards 131- E, s6 N& F% g# `3 T. D
Chapter 6 Fluid Mechanics 135
9 R6 {, x9 f/ A$ d( I3 S+ m6.1 Basic properties 1350 v# G) |. p+ M+ m- X/ u
6.2 Flow equations 137
! [7 z2 R; E, J3 W/ |& _5 n4 m1 K6.3 Flow regimes 142
% k4 v5 e6 C% Z0 O; p4 k; S4 F Y6.4 Boundary layers 145$ z Q, \0 N& w B
6.5 Isentropic flow 146
( G8 L/ }7 \. X% Z+ f. v6.6 Compressible one-dimensional flow 147
/ x0 Z: U2 z6 c. _8 E- W/ F6.7 Normal shock waves 148
, k! m! e: ^7 Q" V: k/ J( |1 I6.8 Axisymmetric flows 151
, f2 `" D# U, c: N2 s- ?6.9 Drag coefficients 151( T0 t) ?% M: d8 c* g3 g% _
Chapter 7 Centrifugal Pumps 1537 I+ E6 ?5 s: r- H8 ]
7.1 Symbols 153& L# Z. h* m/ w7 L! A' _
7.2 Centrifugal pump types 153
* y; [2 ?4 i' ]' }3 k7.3 Pump performance 158
: Y f# x! k' L4 O7.4 Pump characteristics 162
; r1 z9 I* }" G+ p4 Q5 g7.5 Specifications and standards 163
( [3 E1 ^% i; h: j* l7.6 Test procedures and techniques 164
* g, c0 O$ r0 r* v# Y- ]: o7.7 Pump specific speed n: E5 q) m1 b% h& d* w* l! o% F- z
s 169
7 Z: m, o" _- i# F% q2 K5 [/ k% R7.8 Pump balancing 172
- B& B6 s6 C& o9 x# ?% R1 I7.9 Balance calculations 173
# ~3 Z+ ^$ }8 f' e. T7.10 Pump components – clearances and fits 176
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