Канал: Rotor Dynamics 101

Journal Bearing Cavitation #automobile #vibrationanalysis #compressor #mechanic #mechanical

Journal Bearing Cavitation #automobile #vibrationanalysis #compressor #mechanic #mechanical

Sleeve Journal Bearing #vibrationanalysis #vibrationcontrol #automobile #mechanic #science

Sleeve Journal Bearing #vibrationanalysis #vibrationcontrol #automobile #mechanic #science

Turbocharger #automobile #vibrationanalysis #science #compressor #mechanic #vibrationmotor

Turbocharger #automobile #vibrationanalysis #science #compressor #mechanic #vibrationmotor

Squeeze Film Damper #vibrationanalysis #vibrationcontrol #automobile #mechanicalproblems #science

Squeeze Film Damper #vibrationanalysis #vibrationcontrol #automobile #mechanicalproblems #science

Bearing Looseness #vibrationanalysis #science #automobile #compressor #engineering #mechancial

Bearing Looseness #vibrationanalysis #science #automobile #compressor #engineering #mechancial

Structural Looseness Vibration #vibrationanalysis #science #vibrationcontrol #engineering

Structural Looseness Vibration #vibrationanalysis #science #vibrationcontrol #engineering

Shaft Crack Effect #vibrationanalysis #engineering #compressor #vibrationmeasurement #automobile

Shaft Crack Effect #vibrationanalysis #engineering #compressor #vibrationmeasurement #automobile

Crack Rotor Shaft #vibrationanalysis #engineering #automobile #vibrationcontrol

Crack Rotor Shaft #vibrationanalysis #engineering #automobile #vibrationcontrol

Bearing Failure #vibrationcontrol #mechanical #vibrationanalysis

Bearing Failure #vibrationcontrol #mechanical #vibrationanalysis

Bent Shaft Repair #vibrationanalysis #mechanic #vibrationmeasurement

Bent Shaft Repair #vibrationanalysis #mechanic #vibrationmeasurement

Bent shaft (Shaft Bow) in rotating equipment #vibrationanalysis #vibrationmeasurement #mechanical

Bent shaft (Shaft Bow) in rotating equipment #vibrationanalysis #vibrationmeasurement #mechanical

Vibration Instrumentation Diagram for Compressor #vibrationanalysis #vibrationcontrol #mechanical

Vibration Instrumentation Diagram for Compressor #vibrationanalysis #vibrationcontrol #mechanical

Misalignment in rotating equipment #vibrationanalysis #vibrationcontrol #vibrationmonitoring

Misalignment in rotating equipment #vibrationanalysis #vibrationcontrol #vibrationmonitoring

Vibration Analysis - mass imbalance in rotating equipment #shorts #vibrationanalysis

Vibration Analysis - mass imbalance in rotating equipment #shorts #vibrationanalysis

Part 48 - Motor Stator Core: Eddy Current Loss

Part 48 - Motor Stator Core: Eddy Current Loss

Part 47 - Magnetic Flux Density

Part 47 - Magnetic Flux Density

Part 46 - Permanent Magnet Machine Design: Part A - Interior Permanent Magnet (IPM) and SPM

Part 46 - Permanent Magnet Machine Design: Part A - Interior Permanent Magnet (IPM) and SPM

Part 44 - Torsion Vibration in Motor Startup

Part 44 - Torsion Vibration in Motor Startup

Part 43 - How Bearings Work: A Comprehensive Guide for Rotating Equipments

Part 43 - How Bearings Work: A Comprehensive Guide for Rotating Equipments

Part 42 - Torsion Vibration Exposed: The Hidden Threat to Gears and Couplings

Part 42 - Torsion Vibration Exposed: The Hidden Threat to Gears and Couplings

Part 41 - Vibration Analysis - Condition Monitoring in Rotating Equipment

Part 41 - Vibration Analysis - Condition Monitoring in Rotating Equipment

Part 40 - Impeller Blade Natural Frequency

Part 40 - Impeller Blade Natural Frequency

Part 39 - Impeller blade outlet angle. Forward curved and Backward curved vanes

Part 39 - Impeller blade outlet angle. Forward curved and Backward curved vanes

Part 38 - Compressor - Part D: Impeller, Vane, Seal

Part 38 - Compressor - Part D: Impeller, Vane, Seal

Part 37 - Compressor - Part C: Motor Stator Winding

Part 37 - Compressor - Part C: Motor Stator Winding

Part 36 - Compressor - Part B: Shaft Design in Rotating Machine

Part 36 - Compressor - Part B: Shaft Design in Rotating Machine

Part 35 - Compressor - Part A: Magnetic Bearing in Rotating Machine

Part 35 - Compressor - Part A: Magnetic Bearing in Rotating Machine

Part 34 - Vibration Analysis - Part E: Looseness

Part 34 - Vibration Analysis - Part E: Looseness

Part 33 - Vibration Analysis - Part D: Shaft crack

Part 33 - Vibration Analysis - Part D: Shaft crack

Part 32 - Vibration Analysis - Part C: Bearing Wear

Part 32 - Vibration Analysis - Part C: Bearing Wear

Part 31 - Vibration Analysis - Part B: Bent Shaft

Part 31 - Vibration Analysis - Part B: Bent Shaft

Part 30 - Vibration Analysis - Part A: Misalignment

Part 30 - Vibration Analysis - Part A: Misalignment

Part 29 - Morton Effect

Part 29 - Morton Effect

Part 28 - Torsional Vibration

Part 28 - Torsional Vibration

Part 27 - Tilting Pad Bearing

Part 27 - Tilting Pad Bearing

Part 26 - Squeeze Film Damper

Part 26 - Squeeze Film Damper

Part 25 - Sleeve Bearing (journal bearing)

Part 25 - Sleeve Bearing (journal bearing)

Part 24 - Rotor Balancing (of rotating masses)

Part 24 - Rotor Balancing (of rotating masses)

Part 23 - Flexible Support in Rotating Machines

Part 23 - Flexible Support in Rotating Machines

Part 22 - Seals in Rotating Machines

Part 22 - Seals in Rotating Machines

Part 21 Herringbone Grooved Bearing

Part 21 Herringbone Grooved Bearing

Part 20 - Swirl Brake in rotating machines

Part 20 - Swirl Brake in rotating machines

Part 19 - How to reduce Pump instability

Part 19 - How to reduce Pump instability

Part 18 - Destabilizing Forces in Rotating Machine

Part 18 - Destabilizing Forces in Rotating Machine

Part 17 - Air Foil Bearing - Part B: Design Details

Part 17 - Air Foil Bearing - Part B: Design Details

Part 16 - Air Foil Bearing - Part A: Overview

Part 16 - Air Foil Bearing - Part A: Overview

Part 15 - Identifying Structural Stiffness and Damping

Part 15 - Identifying Structural Stiffness and Damping

Part 14 - Impact Test (modal analysis) for Rotating Machines

Part 14 - Impact Test (modal analysis) for Rotating Machines

Part 13 - How to size your bearing

Part 13 - How to size your bearing

Part 12 - Bearing Fit

Part 12 - Bearing Fit

Part 11 - Dyson Hair Dryer Blower

Part 11 - Dyson Hair Dryer Blower

Part 10 - Rotor Dynamic Instability

Part 10 - Rotor Dynamic Instability

Part 9 - Euler beam model vs. Timoshenko beam model

Part 9 - Euler beam model vs. Timoshenko beam model

Part 8 - Rotor Response based on Jeffcott Rotor.

Part 8 - Rotor Response based on Jeffcott Rotor.

Part 7 - Amplification Factor and Separation Margin

Part 7 - Amplification Factor and Separation Margin

Part 6 - Rotor Response Analysis and Mode Shapes and Imbalance Spec

Part 6 - Rotor Response Analysis and Mode Shapes and Imbalance Spec

Part 5 - Damped Natural Frequency Map

Part 5 - Damped Natural Frequency Map

Part 4 - Undamped Critical Speed Map

Part 4 - Undamped Critical Speed Map

Part 3 - FEM Simulations of Rotordynamics and Model Validation Thru Impact Test

Part 3 - FEM Simulations of Rotordynamics and Model Validation Thru Impact Test

Part 2 - Critical Speed and Response to Imbalance

Part 2 - Critical Speed and Response to Imbalance

Open Ends Squeeze Film Damper: lubricant condition at the top plenum

Open Ends Squeeze Film Damper: lubricant condition at the top plenum

Sealed Ends Squeeze Film Damper: Two different lubricant supply pressure

Sealed Ends Squeeze Film Damper: Two different lubricant supply pressure

Squeeze Film Damper test procedure tutorial: Texas A&M Turbomachinery laboratory

Squeeze Film Damper test procedure tutorial: Texas A&M Turbomachinery laboratory

Open Ends Squeeze Film Damper: lubricant condition at the bottom plenum

Open Ends Squeeze Film Damper: lubricant condition at the bottom plenum

Open Ends Squeeze Film Damper: lubricant condition at the top plenum

Open Ends Squeeze Film Damper: lubricant condition at the top plenum