2024
DOI: 10.1016/j.egyr.2023.12.041
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A comparative performance analysis of thermoelectric generators with a novel leg geometries

Mutabe Aljaghtham
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Cited by 3 publications
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“…The relevance of material hardness is not confined solely to its wear resistance but extends to its machinability, both of which are critical considerations for ensuring mechanical stability and efficient device manufacturing. The long-term durability of TE modules constructed from p-and n-type materials is significantly dependent on the matching of coefficients of thermal expansion of each leg-type material in the temperature range employed [72,73]. Hence, ensuring that these coefficients are well matched is a crucial aspect of optimizing the efficient and reliable operation of TE modules.…”
Section: Mechanical Failure Modes Of Te Devicesmentioning
confidence: 99%
“…The relevance of material hardness is not confined solely to its wear resistance but extends to its machinability, both of which are critical considerations for ensuring mechanical stability and efficient device manufacturing. The long-term durability of TE modules constructed from p-and n-type materials is significantly dependent on the matching of coefficients of thermal expansion of each leg-type material in the temperature range employed [72,73]. Hence, ensuring that these coefficients are well matched is a crucial aspect of optimizing the efficient and reliable operation of TE modules.…”
Section: Mechanical Failure Modes Of Te Devicesmentioning
confidence: 99%