A SEM study of creep and thermal fatigue failure in naphtha cracking furnace tubes made of 800H alloy

Tekin, E


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Titanium and its alloys are commonly preferred implant materials for hard tissue applications. Today more than 4.4 million people have an internal fixation device and over 1.3 million people possess an artificial joint. Not only is there high demand for orthopedic surgeries for new patients every year, but there is also an even higher demand for patients who must receive revision surgeries. In order to enhance the properties of titanium based implant materials, different pretreatment and coating techniques ...
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Four different types of high-density polyethylenes were blended with expanded perlite at different compositions. Gamma-aminopropyltriethoxysilane was applied to perlite (2 wt%) from ether and water solutions to enhance the interfacial adhesion between the polymer and the filler. It was shown that silane treatment advances the yield stress with improving dispersion and increasing the interfacial adhesion of the filler with the polymer matrix. The experimental results were then checked with the expression of ...
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Citation Formats
E. Tekin, “A SEM study of creep and thermal fatigue failure in naphtha cracking furnace tubes made of 800H alloy,” 1998, p. 255, Accessed: 00, 2020. [Online]. Available: https://hdl.handle.net/11511/64217.