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This paper presents a method of using thermal imaging monitoring to improve the quality of conducted research. Non-contact temperature measurement has been used for a long time to identify heat bridges, especially in the building sector. Thermal imaging is also a popular tool used by auditors. In the engineering industry, it is also a popular tool for identifying defects. When research work is carried out, prototype test stands are often created to conduct a wide range of research. The use of thermal imaging to inspect and detect the weakest elements of a system, in combination with material data, makes it possible to optimise the testing process already during the stage of developing a demonstrator. The paper shows the process and effects of temperature monitoring on a test stand dedicated, for example, to research active elements using shape memory materials.
