High temperature creep behaviour of nitrided Fe-V Fe-Ti alloys.

Bor, A. Şakir


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Electrical conductivity together with some other mechanical properties like strength is needed for catenary systems in railway applications. In recent years, copper and its alloys especially the ones with Ni and Si which can mostly satisfy these mechanical needs are extensively researched. For this reason, uses of CuNiSi base alloys have become widespread. In the research study CuNiSi base alloys were put through several treatments to improve their properties. These treatments were basically melting and cas...
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Failure of chemotherapy in cancer patients because of development of drug resistance is a major problem. Alterations of DNA repair mechanisms and drug targets are among the important resistance mechanisms which are developed against topoisomerase II inhibitors etoposide and doxorubicin. Modifications in the expression levels of mismatch repair (MMR) genes due to resistance to topoisomerase II inhibitors are involved in breast cancer. In this study, etoposide resistant sublines were developed from MCF7 breas...
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Shape memory alloys (SMAs) hold a significant importance in different areas such as aeronautics,adaptive structures,oil/gas down-hole, and high-temperature applications of automobile industry. Nowadays,researchers have already become well-aware of these applications and attempted to discover all the primary features of this specific smart material. Meanwhile, there is a growing effort to produce mathematical models in order to imitate the related behavior in a precise manner. Due to the crucial need to have a fi...
Citation Formats
A. Ş. Bor, “High temperature creep behaviour of nitrided Fe-V Fe-Ti alloys.,” Ph.D. - Doctoral Program, Middle East Technical University, 1981.