Investigation of Tribocorrosion of TiC Coatings Using Electrochemical Techniques

Wear-Corrosion Synergism in a CoCrMo Hip Bearing Alloy Is Influenced by Proteins

“…4). Mischler et al [34,35] also highlighted the role of proteins regarding the degradation mechanism.…”

“…The concept of tribocorrosion may be traced to the late 1960s with the work of Heinecke on tribochemistry [16,37] and has been known under various names such as tribooxidation, tribochemistry, triboelectrochemistry, and mechanically assisted corrosion [13,15,25]. The modern era of tribocorrosion started perhaps with the work of Drees et al [10] and Mischler et al [34,35] in the early 1990s. Tribocorrosion models were used to evaluate erosion-corrosion [42,43,46,52], sliding wear-corrosion [44,54,55], frettingcorrosion [4,5,7,15], microabrasion-corrosion [45], and thin films [29].…”

Tribocorrosion behavior of TiBxCy/a-C nanocomposite coating in strong oxidant disinfectant solutions

“…Surface modification of titanium and deposition of hard composites based on titanium nitrides or titanium carbides have been widely investigated as a way to overcome the low wear properties of titanium in order to broaden the applications of titanium in biomedical applications [25][26][27][28]. In this sense, new application niches for these nanocomposite coatings are of interest due to these excellent properties.…”

Investigation of corrosion–wear synergistic attack on nanocrystalline Cu deposits

“…The corrosion-wear interaction plays an important role in attacking many industrial facilities when exposed to wear in a corrosive environment. Typical examples are slurry pumps used in the oil sands industry, orthopedic implants, food processing facilities and mining equipment [1][2][3]. During corrosive wear, plastic deformation makes the target surface more anodic and thus accelerates material dissolution [4,5].…”