Thermal Imaging for Research And Development
Thermal imaging is widely used within research and development, the equipment has become a reliable way of testing and capturing distribution and variations in real time, allowing engineers to visualize and accurately measure heat patterns, dissipation, leakage, and other temperature factors in equipment, products and processes.
Thermal Imaging used At Imperial College London
Imperial collage the department of chemical engineering conducted innovate heat transfer experiments on thin films flows using Flir X6540sc
The study analyses the heat transfer within film flows which is essential to enable an accurate prediction of complex hydrody.
Study’s carried out by the Clean Energy Processes group part of the Chemical Engineering Department of Imperial College London was intended for the development and employment of new imaging techniques for conducting measurements of thickness, velocity, temperature and heat fluctuations within thin-film flows.fundamental for the design of many engineering systems.
The advantages of infrared thermography for R&D applications
• Gives a full, real-time thermal pattern of the situation
• Is contactless, non-destructive and non-intrusive
• Identifies and locates thermal anomalies
• Stores thermal information
• Allows for detailed analysis
• Addresses numerous applications
If you are interested in thermal imaging for research and development or have any upcoming projects and would like some advice please contact our thermal imaging experts on 020 3044 2940 or email@example.com