Thermography and Digital Image Correlation – A Winning Team in the Materials and Components Testing Field.
Active thermography for non-destructive testing
Synchronizing high-tech sensors: ZEISS/GOM ARAMIS and infrared cameras from InfraTec
Tracking of temperature on homologous points in 3D space
Applications in materials, components and electronic testing
Optimising Additive Manufacturing Technologies Using Thermography
Additive manufacturing: definition, benefits, types, presence and future
Fields of application for thermography in additive manufacturing
Challenges in additive manufacturing of metals
Use of thermography to improve manufacturing technologies
Technical requirements for IR cameras in additive manufacturing
Efficient Material Testing – Non-destructive and Contactless
Theoretical background – mechanical force, stress and temperature Methods for analysis
Examples from practice with application samples – elastic periodical load test and fatigue test
Short overview about InfraTec products
Thermography Solutions for Power Electronics – Precise, Non-contact and High-speed
Challenges of electronics testing
Improvement of electronics design and thermal management by understanding heat
Thermography in the various phases of electronics development and production
Important and relevant selection criteria
Micro-Thermography – Contactless Temperature Measurement in the Micrometer Scale
What are the physical characteristics of micro-thermography?
What are the technical requirements for an IR camera system?
Which selection criteria are important and relevant?
In which application areas is micro-thermography used?
Infrared Lock-in Thermography for Inspection of Electronics and Integrated Circuits
Failure analysis and defect inspection, quality and process control and flexible R&D solution
Hotspot detection on printed circuit boards, integrated circuits, semiconductor material and multi-chip modules
Detection of faulty thermal connections of heat sinks, short circuits, soldering defects and wire bonding errors
Applications for Thermal Imaging on Wind Power Systems
General information about infrared thermography and presentation of different infrared camera techniques
Monitoring wind turbine power plants by (passive) thermography
Principle & methods of active thermography and examples
Flow Analysis Using Thermal Imaging
General information about infrared thermography
Presentation of different infrared camera techniques
Presentation of different flow types and how to measure them with thermography
Demonstration of different application possibilities, e.g.: aerodynamic optimisation, heat management industry, environmental research, geological research
High-Resolution Aerial Thermography
Aerial thermography: Definition, benefits, types, presence and future
Applications for thermography in airborne remote sensing and
Challenges of aerial thermography and technical requirements for an IR camera system
Important and relevant selection criteria
Accessories (hardware and software) needed to solve the measurement task
High-speed Thermography in Highest Quality
Introduction to the physical basics of thermal imaging
Special features and the potential of high-speed thermal imaging
Presentation of technical solutions and InfraTec camera models
Explanation of important parameters and their influence on thermal imaging
Presentation of various functions to adapt your camera to the application requirements
High-Speed Thermography for Rotating Parts
Existing temperature measurement methods
High-speed thermography TRC mode: Setup
TRC hardware and software
Advantages of TRC mode and sample measurements
Thermography Compact – Enter the World of Infrared Technology
General information about infrared thermography
Presentation of different thermography camera techniques and different applications from research and development
Lectures from the thermography practice
Innovative automation solutions from InfraTec
Discussion round with questions and answers
