| FUNDAMENTALS |
PULSATION ANALYSIS |
-
BASIC
VIBRATION THEORY
-
Natural
Frequencies/Mode Shapes
-
Forced
Vibration Response
-
Effects
of Damping
-
MEASUREMENT
& INSTRUMENTATION
-
Vibration and Pulsation Transducers
-
Frequency Analyzers
-
Shock
Testing and Modal Analysis
-
TORSIONAL
VIBRATION ANALYSIS
-
Theory
& Analysis Methods
-
Transient/VFD Drive Analysis
-
Measurement Technique
|
-
BASIC
PULSATION THEORY
-
Acoustic Resonance Phenomena
-
Pulsation Generation
-
Coupling Mechanisms/Shaking Forces
-
Acoustic Simulation Methods
-
PUMP AND
COMPRESSOR ACOUSTIC MODELING
-
EDI
Digital Computer Techniques
-
API
Design Approaches 1, 2, 3
-
EDI
Design Philosophy/Results
-
Accumulators/All-Liquid Filters
-
Cavitation, Suction Head (NPSH)
-
Effect of
Valve Dynamics
|
| PIPING VIBRATION ANALYSIS |
DIAGNOSTIC PROCEDURES |
-
BASICS OF
RESPONSE
-
Natural
Frequencies of Piping Spans
-
Dynamic
Restraints/Clamp Design
-
Excitation and Coupling Mechanisms
-
PIPING
FATIGUE STRESS CRITERIA
-
Fatigue
Endurance Limits
-
ASME,
API Codes
-
Strain
Gage Testing/Criteria
-
PIPING
VIBRATION ALLOWABLE
-
Stress
vs. Displacement and Velocity
-
Nomogram/Sample Problems
-
Criteria/Guidelines/Rules of Thumb
|
-
CASE
HISTORIES RECIPROCATING
-
Reciprocating Compressors and Piping Systems
-
Reciprocating Pumps and Piping Systems
-
Foundations/Machinery Vibration
-
CASE
HISTORIES ROTATING
-
Critical Speeds/Instabilities
-
Torsional/VFD Problems
-
Flow-Induced/Special Problems
-
CASE
HISTORIES STRUCTURAL
-
Modal
Analysis Examples
-
Impeller/Blade Resonance
-
Bearing Housing/Case/Skid
|
| ROTORDYNAMIC ANALYSIS |
STRUCTURAL VIBRATIONS |
-
BASICS OF
ROTORDYNAMICS
-
Critical Speeds/Mode Shapes
-
Critical Speed Map
-
Fluid
Film Bearings and Seals
-
ROTOR
RESPONSE AND SENSITIVITY
-
Analysis Procedures per API Code
-
Effect
of Bearings/Seals
-
Effect
of Unbalance & Location
-
ROTOR
STABILITY
-
Log Dec
Criteria
-
Oil/Gas
Seals/Aerodynamic Loading
-
Forced
Nonsynchronous Vibration
|
-
COMPRESSOR
MANIFOLD VIBRATIONS
-
Common
Natural Frequency Modes
-
Measurement Techniques
-
Vibration Control Techniques
-
FINITE
ELEMENT ANALYSIS
-
Static/Dynamic
-
Fatigue
Investigations
-
Stress
Concentration Factors at Discontinuities
-
FOUNDATION
AND SKID VIBRATION
-
Diagnostic Procedures
-
Frame/Anchor Bolts/Grout Problems
-
Shaking Forces/Natural Frequencies
|
