ABSTRACT

Considering a broad range of fundamental factors and conditions influencing the optimal design and operation of machinery, the Handbook of Machinery Dynamics emphasizes the force and motion analysis of machine components in multiple applications.

Containing details on basic theories and particular problems, the Handbook of Machinery Dynamics

chapter 1|10 pages

Introduction

chapter 2|18 pages

Machine Design

chapter 3|3 pages

Fundamentals of Vibrations

chapter |4 pages

J--!2 ~·

chapter |28 pages

1R-r =

chapter |4 pages

1 O J -1 1

chapter |10 pages

.. . .. .

chapter |15 pages

= f(y,,

chapter 4|3 pages

Dynamics of Rotating Machinery

part 5|1 pages

Effect of Bearings and Seals on Rotor Response and Stability

chapter |9 pages

It essentially

chapter |14 pages

K ON STABIUlY

chapter I|12 pages

I'

chapter 2|14 pages

00,---

part |1 pages

= c2-

chapter |12 pages

,, c, + r2(Ct

+ r2(C1S2 + St C2), respectively are replaced by and because + -r2S12 [r, Ct +

chapter 8|42 pages

Fluid-Structure Interaction

chapter |15 pages

f

part |1 pages

~ c·

chapter |6 pages

Ll =2.5

a property of the boundary layer, which is considered constant. Because

chapter |9 pages

.. .. ..

chapter Ii|13 pages

I ! i I'

chapter I|8 pages

TI

_..f--'

part V|1 pages

,o/

chapter |6 pages

~~bend --

part 00|1 pages

o'-,

chapter |6 pages

,4 ' '

chapter |13 pages

~ "'

chapter |26 pages

(Valve Closed For Clarity)

chapter |9 pages

It is important to recognize that the

chapter 10|11 pages

Axial Loading in Turbomachines

chapter |5 pages

It should be noted that, in the case of a pump, the

rotor axial motion. In this case, clearances between the balance

chapter |14 pages

It is

chapter |5 pages

..----Stream

part |2 pages

.-----Stream