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Engineers Guide To Rotating Equipment.
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z5 ~7 ?" D) x8 ^+ a( ZContents, u$ h+ W& e+ }/ d3 ~# G
About the Author vi% v5 _" A6 S: I: f
Preface vii
' |4 }: O: ?& t" E% W7 QIntroduction ix
) o3 s$ G' s$ o/ b6 c- nChapter 1 Engineering Fundamentals 1. }% Q, J! ^: `9 k
1.1 The Greek alphabet 16 T3 F$ B, E8 A. q, l6 k/ }# g
1.2 Units systems 2! z2 W" O$ E; k- f$ ~! k
1.3 Conversions 4
, q* B: N+ i; \- U8 T1.4 Consistency of units 17
' e0 A( m+ x* N2 D( B. H `1.5 Foolproof conversions: using unity brackets 17
% K1 K0 L) J* p+ M% G1.6 Imperial–metric conversions 19- X) z1 n. H2 s, D- N
1.7 Dimensional analysis 212 K& X2 [- Y* U* q6 X& S5 V4 O
1.8 Essential mathematics 23- \% p1 ~4 n' E9 [7 W
1.9 Useful references and standards 45
/ H5 t6 b/ f, X4 |( h% w; {Chapter 2 Bending, Torsion, and Stress 47
: v$ |' [ g. @2.1 Simple stress and strain 47/ ?4 s3 T3 C) h2 ~1 Y8 R
2.2 Simple elastic bending (flexure) 482 d6 I2 S/ O6 H+ [4 Z0 _
2.3 Slope and deflection of beams 51
. L& F9 h; G7 U, ^" |2.4 Torsion 51+ B' ?7 R2 z* z: `% U
2.5 Combined bending and torsion 60- A3 z1 R9 a! v4 J5 S4 F: d
2.6 Stress concentration factors 61
1 `* Z- T. G. P9 D/ _Chapter 3 Motion and Dynamics 65
0 L$ l8 K: w& v( v) \( i6 M8 e3.1 Making sense of dynamic equilibrium 65) k" [: L& R! B: \7 x! B/ ?9 a
3.2 Motion equations 65" u& ]2 T& B6 a; F9 Y3 \6 X2 V7 r
3.3 Newton’s laws of motion 67
1 S" F4 U3 a: v0 B7 K- r1 ~3.4 Simple harmonic motion 672 {" L. `& z7 a/ q P3 c* X
3.5 Understanding acceleration 68
' X+ i# O$ x: ^6 ?3.6 Dynamic forces and loadings 69
& H& S& P: q- J0 g, d4 R3.7 Forces due to rotating masses 708 i X4 B) \/ E
3.8 Forces due to reciprocating masses 70
. Q$ R, k; {& @' u5 O2 AChapter 4 Rotating Machine Fundamentals: Vibration,
/ X2 |, j+ I: Q* W6 N3 uBalancing, and Noise 713 r w( w( S3 ~) P
4.1 Vibration: general model 71
7 i) j- B% w- p2 Z9 E4.2 Vibration formulae 72
- ^/ K9 x% B; m1 _; T# N# r- y4.3 Machine vibration 75( r. W$ v9 u% y- P p( H" R( I
4.4 Dynamic balancing 78
! w: h) v: C0 ]- _, d2 K) F" r4.5 Machinery noise 79
+ K. Q8 S1 B* F6 i* A; ?4.6 Useful references 81
, V3 U, Z) _4 {Chapter 5 Machine Elements 83' `) k7 c% u( Z, R- W7 T* x
5.1 Screw fasteners 83; Q$ v$ P! P( \2 F6 g
5.2 Bearings 86
- y9 f& \$ ?- g3 S0 G6 R5 u5.3 Mechanical power transmission – broad guidelines 90
+ \" I9 r8 U8 ~7 H: R0 p5.4 Shaft couplings 915 u/ H; g6 d3 z2 x/ M* }$ p
5.5 Gears 999 \ Y6 U' x. H& t
5.6 Seals 1104 B4 l2 H! e6 @ P/ z
5.7 Cam mechanisms 119% L4 F' u7 x: ~( F
5.8 Belt drives 121
) N% P2 M% @' m0 I5.9 Clutches 123
$ r1 Q* u: J1 b, }8 c5.10 Brakes 128
+ `$ e) L C+ M3 V F' t. J, G5.11 Pulley mechanisms 128
7 N+ W3 q/ ^* i) Q- `4 @5.12 Useful references and standards 131
( k2 d# [) I- i4 y0 X. \Chapter 6 Fluid Mechanics 135! S; j5 B7 P2 q% u1 S" I" M
6.1 Basic properties 1357 Y! l4 t' H E# ]8 O' e9 }7 I3 r
6.2 Flow equations 137' A5 e8 E |. B& p
6.3 Flow regimes 142
$ l) ^. q5 d t% j& r6.4 Boundary layers 145
* V4 D- O7 f F0 l: t6.5 Isentropic flow 146
( I# C: E7 f/ [( m, T6.6 Compressible one-dimensional flow 147( l _( ]( i! A1 C# j5 t
6.7 Normal shock waves 148
7 e4 V/ R, L4 ?6.8 Axisymmetric flows 151
. S9 }& C5 O1 c/ y+ V# K7 t6.9 Drag coefficients 151" p, c8 Y2 G; ^- k
Chapter 7 Centrifugal Pumps 153) Y9 K: f# M% H' E+ n, z
7.1 Symbols 1533 |+ y0 H- F( W1 t W) Z; \
7.2 Centrifugal pump types 153
1 T4 f1 J+ w3 O: |0 D* g% w7.3 Pump performance 1584 X# Z/ C1 A `7 F" w
7.4 Pump characteristics 162
) U4 X+ f5 C: L6 c9 X7.5 Specifications and standards 1638 L8 J6 Z7 n) [4 v. d4 d$ A
7.6 Test procedures and techniques 164! `' h. K* t8 r
7.7 Pump specific speed n' h5 [( ?; B B7 y! \5 ~! j" d
s 1690 s- z( u) O* Q6 \+ V. `/ ~& w
7.8 Pump balancing 172
4 @, k. [( j0 I% Q9 v0 s7.9 Balance calculations 1739 l2 @3 E, q/ }. }- Z/ ?
7.10 Pump components – clearances and fits 176% X1 F: V$ e9 g+ I
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