In this paper it is proposed a measurement technique based on differential thermal microscopy based on the application of a thermoelastic measurement system and an infrared zoom optics to analyze stress distribution on a random lattice structure realized by stereolitographic additive techniques. Lattice structures, because of the possibility to be actually easily realized by additive manufacturing techniques, see a growing interest and a lot of application in engineering and medical fields. The possibility to experimentally analyze stress conditions by new full field and non-contact measurement techniques is fundamental to correctly design components made of it, predict its life, optimize performances.
Measurements with thermoelastic technique from infrared microscopy on random trabecular structures
Iva Xhimitiku
2019
Abstract
In this paper it is proposed a measurement technique based on differential thermal microscopy based on the application of a thermoelastic measurement system and an infrared zoom optics to analyze stress distribution on a random lattice structure realized by stereolitographic additive techniques. Lattice structures, because of the possibility to be actually easily realized by additive manufacturing techniques, see a growing interest and a lot of application in engineering and medical fields. The possibility to experimentally analyze stress conditions by new full field and non-contact measurement techniques is fundamental to correctly design components made of it, predict its life, optimize performances.File | Dimensione | Formato | |
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Measurements_TSA_microscopy_random_trabecular_structures (2022_03_01 22_02_13 UTC).pdf
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