Phase Plane Analysis of Dynamically Loaded Journal Bearings

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Stanford University, 1959 - Bearings (Machinery) - 184 pages

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Contents

List of Illustrations Vii
11
CHAPTER 1
11
CHAPTER 2
11

13 other sections not shown

Common terms and phrases

1-n cos a)² 1-n cos ẞ 2+n² 2+x² aid of equation Appendix axis Center Location Chapter Consider cos² d²n da 1-n cos defined by equation derived differential equation dn dt dt dt dynamic equilibrium Eccentricity Ratio Velocity equa equation 2.6 equation G Evaluation of Integral fluid pressure Fluid viscosity forces parallel given by equation IBM 650 computer inches journal bearing journal behavior journal center journal speed line of centers load forces negative Newtonian fluid odd function Phase plane coordinate phase plane notation Phase Plane Plot placed in phase Plot for Q pressure and load pressure forces Q²y² Qw₁ RADIAL JOURNAL MOTION Rotational speed S₁ S₂ saddle point shear stress sin² sin² a da sin²a singular point square root term Substitution of equation tion U₁ unstable values viscous shear forces w₁ w₂ zero аф сов

Bibliographic information

TitlePhase Plane Analysis of Dynamically Loaded Journal Bearings
AuthorHubert Thomas Albachten
PublisherStanford University, 1959
Length184 pages
  
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