Bearing and Machinery Inspection

Bearing and Machinery Inspection CRUCIAL OBJECTIVES After completing this 5-day course participants will gain the followings: Fundamental the knowledge of bearing principles, selection and maintenance Fundamental the knowledge of lubrication characteristic and lubrication system for bearing operation to avoid failures Analysis skill to determine source of bearing failure problem Systematic inspection and analysis skill to find the root cause of machinery failure Knowledge of condition monitoring and maintenance techniques for machinery COURSE OUTLINE Bearing Classification and Selection Bearing classification Dry bearing Porous bearing Bearing with lubricant film layer Journal bearing Bearing selection Friction Type of contact surface Type of lubrication Lubrication principle Boundary lubricant Mix lubricant Hydrodynamic lubrication Elastic-dynamic lubricant Surface Friction Surface geometric characteristic Surface roughness measurement Line method Surface parameter calculation Parameter relationship Slop and curve distribution Lubricant layer thickness Lubricant transition Lubricant Characteristic Chemical Newtonian fluid Newton postulate Absolute viscosity unit Kinetic viscosity Viscosity grouping system Effect of temperature and pressure to viscosity Effect of friction rate to viscosity Viscosity index Oxidation stability Frozen point Density Shear stress limit Oil-base lubricant Synthetic lubricant Grease Gas Bearing Material Material characteristic Metal Nonmetal Bearing surface shape Material and manufacture process for bearing rotating element Bearing material characteristic Lubricant Flow Fundamental theory Flow in parallel plate Flow in pipe Downward flow at vertical surface Viscometer Lubricating Contact Pressurize hydrodynamic bearing Hydrodynamic journal bearing Dynamic load onto journal bearing Journal bearing hydrodynamic numerical analysis Film layer lubricant-hydrodynamic Hydrostatic lubrication Heavy duty hydrodynamic bearing Gas lubrication-pressurize bearing Gas lubrication journal bearing Non uniform surface hydrodynamic lubrication Effect of pressure and deformation Elasto-hydrodynamic lubrication Involute gear Mover with continuous variable speed Synovial joint Effect of Non Newtonian fluid on lubrication Thermo-elastic hydrodynamic lubrication Elastic-hydrodynamic lubrication elips contact Lubricant layer thickness Rolling Contact Type of bearing Geometric Kinetic Separation Static load distribution Rolling friction and friction loss Lubrication system Fatigue life time Dynamic analysis and computer code Ionanides-Harris theory Application Machinery Failure Causes of failure Root cause of failure Failure troubleshooting Hidden failure Failure analysis and RCM concept Lubrication Failure Bearing failure Journal bearing failure Gear failure Condition Monitoring and Lubrication Roller bearing condition monitoring Journal bearing condition monitoring Gear condition monitoring CASE STUDY Diesel Engine Condition Monitoring and Lubrication Diesel engine lubrication Diesel engine specific aspects Condition monitoring Machinery Maintenance and Inspection Techniques Maintenance Technique Optimization by RCM Concept Machinery Predictive Maintenance Technique Machine Condition Inspection by Vibration Analysis WHO SHOULD PARTICIPATE Maintenance Manager/Superintendent/Supervisor/Engineer Plant Manager/Superintendent/Supervisor/Engineer Operation Manager/Superintendent/Supervisor/Engineer Everybody or professional who want to get benefit or broaden knowledge from this course   Pelatihan, Kursus, Seminar, Workshop Provider Download Katalog Pelatihan 2009

Instructor Dr. Ing. Tri Yuswidjajanto Z and Team Schedule February 9-13, 2009 5 days Venue Jayakarta Hotel Bandung Tuition Fee  Rp. 8.450.000,-   per participant, excluding accommodation & tax. Registration Send by email -or- fax to: PT. FOCUS TRACO INDONESIA Wisma Pakuan, Jl. Pakuan 12 BOGOR - 16143 (021) 7009-9943   (0251) 2169-150 (0251) 7534-984 training@focustraco.com