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Engineers Guide To Rotating Equipment.
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1 B: r- i" A8 u/ M/ vContents0 w: B$ S0 O/ |4 q3 `) K% s
About the Author vi
6 k5 M1 N" e; FPreface vii, n& _7 O, l' c7 Y
Introduction ix S6 ]# A, B# f5 M- i% d
Chapter 1 Engineering Fundamentals 1
u$ x2 K0 E: ^/ R; x! P1.1 The Greek alphabet 1
: H- u, s+ b' I6 O* @ o" O1.2 Units systems 2$ n" I! x5 X" Y e6 B6 Y
1.3 Conversions 41 @6 {: \; ?1 C% w" F
1.4 Consistency of units 17
6 `# O- A6 j! J& ^# @0 i; ?& i; ~1.5 Foolproof conversions: using unity brackets 172 v; E" u/ K! t4 E7 }( E
1.6 Imperial–metric conversions 191 D7 P) O7 }& ~- I3 @
1.7 Dimensional analysis 21
3 |; C7 V9 }7 L/ O+ u" g1.8 Essential mathematics 23
% @# \; v' j& W! p9 j1.9 Useful references and standards 45/ Y# P$ z2 J8 F6 {
Chapter 2 Bending, Torsion, and Stress 474 v" t0 u$ q x4 ~
2.1 Simple stress and strain 47: s. j( n4 _% O" D
2.2 Simple elastic bending (flexure) 48
6 k% l$ q9 `( e$ A( ?2.3 Slope and deflection of beams 51
- }" U) P3 K& ~) {! O$ I& E2.4 Torsion 51; R3 Z- s0 D" a+ @* ^9 q, B
2.5 Combined bending and torsion 60
9 l' v. |' n0 d/ c- M3 s2 d2.6 Stress concentration factors 619 Y$ x, t) h2 E- K
Chapter 3 Motion and Dynamics 65) Z0 X' {9 z) P5 A1 \5 f# o
3.1 Making sense of dynamic equilibrium 656 k; q, n" U4 s9 P
3.2 Motion equations 65; i+ i. Q- i/ z4 L3 n
3.3 Newton’s laws of motion 671 d# u% @& J P# M {) A% s
3.4 Simple harmonic motion 67
- D: ?/ y6 x2 d# g5 u3.5 Understanding acceleration 68: s6 {7 Z. G. i& T( G
3.6 Dynamic forces and loadings 699 }! Z& }7 @/ E/ N8 ?! f
3.7 Forces due to rotating masses 70, M8 \1 x, O/ l& V: w/ `
3.8 Forces due to reciprocating masses 70
: g8 H; n, @9 R' G7 WChapter 4 Rotating Machine Fundamentals: Vibration,( m) D* O1 Y# |3 G4 |
Balancing, and Noise 71$ h4 m _; f P% y- r t+ z4 e
4.1 Vibration: general model 71
8 Y0 A2 O- d. J8 s/ M% N4.2 Vibration formulae 72
( }1 X; S% s5 G$ W5 b8 \+ H4.3 Machine vibration 75
; R" H2 ]5 V$ t; Z" p7 A4.4 Dynamic balancing 785 M$ |8 T' j, G) c
4.5 Machinery noise 79
6 K2 \4 k" v7 ^4.6 Useful references 81
4 w2 s/ P J C7 \0 JChapter 5 Machine Elements 837 T" ]7 x/ a* |% I% B% s
5.1 Screw fasteners 83
2 b% R! N( o: j) p& R6 j' R5.2 Bearings 86$ R3 v! f0 X$ u+ u g- w+ x
5.3 Mechanical power transmission – broad guidelines 90
j4 a% Y7 |( N, h) [5.4 Shaft couplings 91) j2 ]) q) F+ a% [* ?
5.5 Gears 99+ R7 n4 p, l& F0 b2 E5 Q( `' \
5.6 Seals 110
. @! l# x/ M, N. N3 t$ X' W5.7 Cam mechanisms 119$ g( y7 w* B% F$ D9 f( p7 ?$ Y
5.8 Belt drives 121% [% _" o: b4 N1 T. C* r1 |
5.9 Clutches 123
3 F4 q3 u. Z" k5.10 Brakes 128" L! g3 e" L# r8 v1 J) ^
5.11 Pulley mechanisms 128
4 b p7 }. T( o8 |; c/ R2 U4 N+ K5.12 Useful references and standards 131
; l) {7 Q$ F! g: b' YChapter 6 Fluid Mechanics 1352 F- Z3 n0 I |
6.1 Basic properties 135
" Y( Z. e! a0 |6 ] X, |' g6.2 Flow equations 137
: r4 j; h$ X0 I! s8 O1 F( R6.3 Flow regimes 1427 R4 B9 n/ j! V. Z
6.4 Boundary layers 145" H3 t/ Y; a/ N: ^
6.5 Isentropic flow 146, l6 A; A( h4 R0 X, Z
6.6 Compressible one-dimensional flow 1474 }* L N7 ]7 c9 w2 q1 j K
6.7 Normal shock waves 148! W$ c; V7 A, U# O. A: H
6.8 Axisymmetric flows 151
( s5 o6 }, ]; q/ g+ {* ]. `6.9 Drag coefficients 151
9 F! R5 q5 j+ `) \7 aChapter 7 Centrifugal Pumps 153
" Z I6 T. j: v: _) g7.1 Symbols 1538 I, h/ J' ~; d3 @6 a: t# m
7.2 Centrifugal pump types 153
% W5 x5 h+ r% W1 r) z% f* o7.3 Pump performance 1581 L# S; v0 W9 Q; R P
7.4 Pump characteristics 162
) _0 S$ s- c4 H3 i* Z; x7.5 Specifications and standards 163
: k: y% ?& E% Q- M5 Q" p! U) J. U* c7.6 Test procedures and techniques 164
* Y- N b4 y, h( ~/ I, {7 G5 h* Q7.7 Pump specific speed n7 ^% O o7 @+ d4 m/ L
s 169
) A% s; K9 A3 h7.8 Pump balancing 1722 p; U9 S+ p( M. x; @
7.9 Balance calculations 1734 L) X9 }4 B* ]7 @& e( h0 w
7.10 Pump components – clearances and fits 176
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