A Photoelastic Method for Measuring Pressures in Journal Bearings |
Contents
Acknowledgements | 4 |
Techniques Considered | 13 |
Laminated Bushing Method Modified | 16 |
4 other sections not shown
Common terms and phrases
accuracy AREA UNDER CURVE axial beam BEARING ANGLE bearing bushing Bearing During Stress bearing surface Bushing Sections calculation compensator readings components CROSSPLOTS TO OBTAIN curve determine difference of principal direction Filon's equation fringe order fringe pattern ground glass inactive material inch thick index of refraction inner boundary inner surface integration interferometer isoclinics and stress ITHACA journal and bushing Lame'-Maxwell Laminated Bushing LIGHT PATH line elements loaded methyl methacrylate Needle roller bearings OBTAIN de/dy VALUES optical axis perpendicular photoelastic body photoelastic methods Photoelastic Plug Method photoelastically inactive plane Plexiglas plotted polariscope camera polarizer and analyzer possible pressure distribution principal stresses problem Quartz Wedge radial stress trajectory Relieving Fosterite Resin resistance thermometer rotating RUN 8 SECT Setup for Stress shaft Soliel Babinet Compensator Stress Freezing Method technique temperature Three Dimensional Photoelastic universal joint unloaded zone value of de/dy VALUES ISOCLINIC ANGLE values of p-q velocity VISCOSITY zero