XDot Bearing Technologies https://validator.w3.org/feed/docs/rss2.html About Xdot Bearing Technologies An Examination And Comparison Of The Maximum Film Temperatures In A Journal Bearing For 13 Synthetic, Mineral And Viscosity Index Enhanced Oils An Experimental Comparison Of Two Steadily Loaded Plain Journal Bearings Experimental Evaluation Of Fluid-Film Bearings Using Electro-Magnetic Shaft Loading And Evidence Of Localized Thermal Distortion Rotor Drop Test Stand For AMB Rotating Machinery, Part I: Description Of Test Stand And Initial Results AMB Rotor Drop Initial Transient On Ball And Solid Bearings Experimental Temperature And Pressure Profiles For Two Steadily Loaded Journal Bearings Evaluation Of AMB Turbomachinery Auxiliary Bearings Simulation Of AMB Turbomachinery For Transient Loading Conditions Survey Of Experimental Data For Fixed Geometry Hydrodynamic Journal Bearings Test Results And Numerical Simulation Of AMB Rotor Drop A 35,000 RPM Test Rig For Magnetic, Hybrid And Back-Up Bearings Bearing Test Rig Dynamics Problem Identification And Model Tuning The Integration Of Structural And Fluid-Film Dynamic Elements In Foil Bearings Part II: A New Approach To The Problem A Gas Turbine Engine Backup Bearing Operating Beyond 2.5 Million DN Capabilities Of Large Foil Bearings Thermal Features Of Compliant Foil Bearings – Theory And Experiments On The Application Of Powder Shear Damping To A Structural Element A Test Stand For Dynamic Characterization Of Oil-Free Bearings For Modern Gas Turbine Engines Demonstration Of Powder Shear Damping Applied To Plates Generalized Entities: A Modern Framework For Rotor Dynamics Software Oil-Free Foil Bearings As A Reliable, High Performance Backup Bearing For Active Magnetic Bearings Performance Of A Foil-Magnetic Hybrid Bearing Testing Of A Centrifugal Blood Pump With A High Efficiency Hybrid Magnetic Bearing The Role Of High Performance Foil Bearings In An Advanced, Oil-Free, Integral Permanent Magnet Motor Driven, High-Speed Turbo-Compressor Operating Above The First Bending Critical Speed A Practical Review Of Rotating Machinery Critical Speeds And Modes Fixed-Geometry, Hydrodynamic Bearing With Enhanced Stability Characteristics Rotordynamic Considerations For Foil-Bearing-Supported Rotors Operating Above A Bending Critical Speed. Bump Foil Damping Using A Simplified Model Rotordynamic Design Audits Of AMB Supported Machinery Navy Award Evolution And Trend Of API 617 Compressor Rotordynamic Criteria Windage Loss Reduction Dr. Swanson Teaching Rotordynamics Course March 2019 Newsletter Custom Foil Bearing Thrust Test Rig Shipped to International Customer We have a new space! Practical Rotordynamics for Real Machinery – February 10-13, 2020 We’ve Expanded Our Design Experience! Our Smallest-Ever Thrust Bearings Have Shipped! More State-of-the-Art Xdot Foil Bearing Test Rigs Shipped! New Patent Granted Spring 2021 Short Course Xdot welcomes two new employees Xdot builds our smallest and largest bearings ever Fall Rotordynamics Course Dates Announced Xdot welcomes a new Mechanical Engineer Spring Rotordynamics Course Scheduled Virtually Xdot produces oil-free bearings for mass market green energy application Xdot welcomes Wayne Farrell, mechanical technician