ELEKTROnet 2002/4: Machine Condition Assessment and Monitoring Based on Vibration Measurement
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ELEKTROnet 2003/4: ICP®: Piezoelectric Sensors with Built-in Amplifiers
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ELEKTROnet 2004/1: Accurate Measurement of Machine Vibrations (Physical Background and Practical Implications)
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ELEKTROnet 2005/1: Portable Machine Diagnostic Tools – Current Offerings and Innovations
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ELEKTROnet 2006/1: Machine Fault Diagnostic and "Expert" Systems
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MACHINE 2018-1: Development of Educational Mechanical Equipment (PIM VibDemo)
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2008/05: Typical Maintenance Planning Methods, Fundamentals of Vibration-Based Machine Diagnostics
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2008/06: Vibration-Based Machine Diagnostics: Equipment Categories, Costs, Return on Investment
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2008/07-08: Machine Condition Sensing and Objective Measurement, Overview from Stethoscope to Spectrum Analysis
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2008/09: Machine Condition Assessment with Vibration Diagnostics: Physical Basics, Measurement Locations, Vibration Sensing (Part 1)
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2008/10: Machine Condition Assessment with Vibration Diagnostics: Vibration Sensing, Analysis According to ISO10816-3
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2008/10: Detection of Machine Movements During Operation, Identification of Structural Deformations with Machine Motion Animation
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2008/11: Machine Condition Assessment with Vibration Diagnostics: Machine Faults Detectable Based on Vibration Levels, Bearing Condition Based on Vibration Acceleration
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2008/12: Machine Condition Assessment with Vibration Diagnostics: Trend Analysis, Introduction to Vibration Spectrum Analysis
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2009/1-2: Machine Condition Assessment with Vibration Diagnostics: Fault Frequencies, Spectrum Measurement and Evaluation
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2009/03: Recognition of Machine Faults in Vibration Spectrum: Imbalance, Bent Shaft, Misalignment, Mechanical Play
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2009/04: Recognition of Machine Faults in Vibration Spectrum: Belt Damage, Belt Resonance, Blade Wheels, Resonance
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2009/05: Recognition of Machine Faults in Vibration Spectrum: Resonance Detection, Bearing Condition Assessment
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2009/06: Recognition of Machine Faults in Vibration Spectrum: Rolling Bearings, Gear Drive Fault Frequencies
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2009/07-08: Recognition of Machine Faults in Vibration Spectrum: Fundamentals of Sliding Bearing Analysis, Measurement Methods (Part 1)
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2009/09: Machine Fault Detection in Vibration Spectrum: Methods for Sliding Bearing Analysis Measurement and Evaluation (continued)
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2009/10: Automatic Machinery Fault Expert System Based on Vibration Spectrum Analysis (basic concept, appearance, significance)
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2009/11: Automatic Machinery Fault Expert System Based on Vibration Spectrum Analysis (operation, capabilities, applicability)
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2009/12: Installed or "Mobile" Machinery Fault Expert System or "Machinery Fault Detector": Equipment Categories, Opportunities, Limitations, Costs
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2010/01-02: Electric Motor Diagnostics: In-operation (non-invasive) Analysis of Vibration, Power Supply, and Flux Spectrum (I)
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2010/03: Electric Motor Diagnostics: In-operation (non-invasive) Analysis of Vibration, Power Supply, and Flux Spectrum (II)
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2010/04: Application of Ultrasonic Detection for Bearing Condition Monitoring, Bearing Lubrication, Detection of Corona Discharge, and Gas Leakage
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2010/09: Noise and Vibration Measurement in Vehicles: Troubleshooting Options in Car Service Centers
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2010/10: Dynamic Balancing, Theory, Methods, Residual Unbalance (ISO 1940)
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2010/11: Shaft Alignment, Theory, Methods, Modern Tools, Practical Advice
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2011/05: Reliable Machine Protection with Vibration Switch, Bearing Monitor, or Knock Sensor Transmitter
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Fundamentals of Condition-based Machine Maintenance (description of physical foundations, available technologies)
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Accurate Measurement (Detection) of Machine Vibrations (measurement location, vibration sensor, sensor coupling)
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Machine Condition Assessment Based on Vibration Level (application of ISO 10816-3 standard)
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Machine Fault Detection Based on Vibration Level (physical basics, detectable machine faults)
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Machine Vibration Spectrum Analysis - Basics (1) (physical and general mathematical foundations, definitions)
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Machine Vibration Spectrum Analysis - Basics (2) (typical fault frequencies, common vibration scales)
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Machine Vibration Spectrum Analysis - Fault Detection (1) (unbalance, bent shaft, misalignment)
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Machine Vibration Spectrum Analysis - Fault Detection (2) (mechanical looseness, belt faults, impeller faults)
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Machine Vibration Spectrum Analysis - Fault Detection (3) (characteristics and diagnostics of resonances)
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Machinery Vibration Spectrum Analysis - Fault Detection (4) (Vibration Diagnostics of Rolling Bearings)
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Machinery Vibration Spectrum Analysis - Fault Detection (5) (Vibration Analysis of Gear Drives)
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Animation of Machine Motions and Deformations (Modeling "Motion" based on Vibration Measurements)
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Ultrasound Measurement and Analysis (Theory, Instruments, Applications)
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In-Operation Electric Motor Diagnostics (Detection of Mechanical and Electrical Faults)
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Bearing Damage due to Creep Current (Root Causes, Diagnostic Discovery, Prevention)
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Dynamic Balancing of Rotating Components (Theory, Methods, Practical Advice)
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Theory and Practice of Shaft Alignment (Theory, Methods, Practical Advice)
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Types of Vibration Sensors (Based on Operating Principles) (Selectable Principles, Application Limits)
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Structure and Application of ICP® Sensors (Operation, Connection, Use)
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Reliable Machine Protection with Vibration Switches (Range of Types, Application Areas)
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Condition Monitoring of Overhead Line Support Poles (Resonance Frequency-Based Method)
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Antialiasing Filters (for Digital Instruments) (Tasks, Advantages, Disadvantages)
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MEE Tihany 2007: Diagnosing Asynchronous Electric Motor Faults
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New Approach to Machine Diagnostics (Basics and Innovations for Fall 2023)
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2010/12: Theory and Practice of Thermography: Theoretical Foundations of Non-Contact Temperature Measurement --> Planck, Transmission Section, Spectral Ranges
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2011/01-02: Theory and Practice of Thermography: Theoretical Foundations of Non-Contact Temperature Measurement --> Material-Specific Properties, Optical Laws
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2011/03: Theory and Practice of Thermography: Construction and Operation of Thermographic Instruments --> Imaging, Spectral Ranges, Detector Types
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2011/04: Theory and Practice of Thermography: Evaluation of Thermographic Data, Application Areas of Thermography
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2011/05: Theory and Practice of Thermography: Fundamentals of Building Thermography, Measurement Conditions, Practical Advice
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2011/06: Theory and Practice of Thermography: Practical Examples on Rules for Building Thermography Measurement Conditions
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2011/07-08: The theory and practice of thermography: practical examples for the thermographic detectability of typical building damages
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2011/09: The theory and practice of thermography: evaluation of building thermographic measurement data (qualitative and quantitative analysis)
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2011/10: The theory and practice of thermography: mid-wave thermographic measurements (with special filters) on glass surfaces and through glass
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2011/11: The theory and practice of thermography: selecting the appropriate thermal camera according to the specific measurement task (Part 1)
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2011/12: The theory and practice of thermography: selecting the appropriate thermal camera according to the specific measurement task (Part 2)
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2015/01-02: Modern thermal cameras from a professional perspective (I): detector types based on arrangement and operating principle
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2015/03: Modern thermal cameras from a professional perspective (II): frame rate, detector readout methods
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2015/04: Modern thermal cameras from a professional perspective (III): detector readout methods, detector cooling, pixel resolution
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2015/05: Modern thermal cameras from a professional perspective (IV): procedures to increase thermal image pixel resolution
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2015/06: Modern thermal cameras from a professional perspective (V): thermal image fusion, thermographic lenses
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2015/07-08: Modern thermal cameras from a professional perspective (VI): lenses, thermal resolution, measurement ranges
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2015/09: Modern thermal cameras from a professional perspective (VII): thermal camera calibration, built-in functions
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2015/10: Modern thermal cameras from a professional perspective (VIII): spectral thermography with special thermographic filters
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2015/11: Modern thermal cameras from a professional perspective (IX): step-by-step summary of selection criteria
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2016/06: Image enhancement in thermal cameras (I): Accurate temperature measurement or visual display?
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2016/07: Image enhancement in thermal cameras (II): Accurate temperature measurement or visual display?
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2016/09: Image enhancement in thermal cameras (III): Accurate temperature measurement or visual display?
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GÉP 2018-1: Non-destructive material testing with active thermography
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HKL 2009/04: Building energy surveys with thermographic tools (I): conditions for thermographic measurements
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HKL 2009/05: Building energy surveys with thermographic tools (II): typical building defects and their detection
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VGF 2018/11: Building energy surveys with thermographic equipment (I): basics and specificities of building thermography
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VGF 2018/12: Building energy surveys with thermographic equipment (II): measurement conditions, required thermal camera
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VGF 2019/01-02: Building energy surveys with thermographic equipment (III): weather and season, types and detection of thermal bridges
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VGF 2019/04: Building energy surveys with thermographic equipment (IV): hidden elements, roof spaces, and airtightness inspection
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VGF 2019/05: Building energy surveys with thermographic equipment (V): vapor diffusion and condensation, mold growth, water ingress
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VGF 2019/07-08: Building energy surveys with thermographic equipment (VI): inspection of refrigeration chambers and chimneys, ideal thermal camera properties
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2008/05: Thermographic examination of electrical equipment (I): theoretical foundations, structure of thermal cameras
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2008/06: Thermographic examination of electrical equipment (II): practice, detectable electrical faults, suitable thermal camera
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2008/10: Building energy surveys with thermographic equipment (I): basics and specificities of building thermography
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2008/11: Building energy surveys with thermographic equipment (II): typical building damages detectable through thermography
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2011/06: Thermographic examination of electrical equipment (I): common faults, threshold values, estimation of heating
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2011/09: Thermographic examination of electrical equipment (II): measurement conditions, practical advice
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2015/05: Professional insights on thermal cameras (I): structure of thermal cameras, sensors, image refresh rate, pixel resolution, resolution enhancement
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2015/06: Professional insights on thermal cameras (II): lenses - variety and impact on measurements, evaluation functions of thermal cameras
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2018/07-08: Condition assessment of electrical equipment through thermography (I): practical recommendations, geometric resolution, occlusions
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2018/09: Condition assessment of electrical equipment through thermography (II): thermal image pixel count, image capture frequency, focusing, depth of field
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2018/10: Condition assessment of electrical equipment through thermography (III): correct focusing, threshold values, estimation of expected temperatures
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2018/12: Energy systems and aerial thermography (I): applications; usability of helicopters, airplanes, and drones
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2019/01-02: Energy systems and aerial thermography (II): surveying electrical power lines and solar systems with aerial thermography
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2019/03: Thermographic condition assessment of solar cell systems (I): structure and operation of solar cells and modules
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2019/04: Thermographic condition assessment of solar cell systems (II): typical faults in solar systems
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2019/06: Thermographic condition assessment of solar cell systems (III): measurement challenges and proposed solutions
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Selection of thermal cameras 2014 (overview of market offerings) (sensor types, frame rates)
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Selection of thermal cameras 2014 (overview of market offerings) (resolutions, resolution enhancement techniques, optics)
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Selection of thermal cameras 2014 (overview of market offerings) (thermal resolution, measurement ranges, filters)
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Selection of thermal cameras 2014 (overview of market offerings) (selection steps, professional requirements)
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Fundamentals of thermal image capture (physical background, measurement theory)
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Building thermography (theory of measurements, evaluation software)
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Building thermography (practical tips for measurements)
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Building thermography (detecting typical faults /short article/)
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Building thermography (detecting moisture in building envelopes)
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Thermography of electrical equipment (theoretical foundations and practice)
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Thermography of electrical equipment (measurement tips, thermal camera specifications)
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Thermography of electrical equipment (threshold estimation method)
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Detecting gas leaks with thermography (theory and practical background)
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Thermography - Is it good without professional training? (or not?)
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IX. Solar Conference Budapest 2019: Thermographic examination of solar modules and collectors
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MEE Budapest 2019: Thermographic condition assessment of electrical equipment
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RAKK 2019: Non-destructive material testing with active thermography
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What is the value of a professional measuring instrument? Is professional training necessary?
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Transpack 2019/6: Shipment does not arrive intact to the recipient?
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PIM Professional Industrial Measurement Technology Ltd. - an engineering team at its best (written about us on the occasion of our 20th anniversary)
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