...Yufan Liu; Jia Sun; Yingnan Xu; Xinxin Zhang; Guowen Wang; Yinghuan Fu; Qian Zhang; Hongchao Ma In this work, micro-arc oxidation ( MAO ) technology was employed to fabricate oxide ceramic coatings on an aluminum alloy substrate. The additive ethylenediaminetetraacetic acid disodium (EDTA-2Na...

...Seyed Alireza Ensaniat; Jaroslaw W. Drelich; Farid Naeimi; Hamid Reza Bakhsheshi-Rad The high corrosion rate of magnesium-based materials limits their use in clinical applications. To tackle this problem, laser surface texturing ( LST ) treatment and laser surface textured micro-arc oxidation (LST...

... oxidation technology and incorporating different concentrations of graphene particles to prepare composite coating layers, with a base electrolyte solution of silicate–phosphate composite salt. The results indicate that the addition of graphene promotes the micro-arc oxidation process. As the concentration...

... deposition was used to deposit a ceramic layer to form a new modified coating. When comparing high-temperature oxidation resistance with mechanical properties for both traditional coatings and modified coatings as well as the effects of different laser shock times on them, the results showed that the cross...

...Qiyang Tan, PhD; Yu Yin, MSc; Ning Mo, BSc; Mingxing Zhang, PhD; Andrej Atrens, PhD This paper reviews the following for magnesium (Mg) alloys: (a) fundamentals of oxidation and burning; (b) influence of alloying on oxidation; (c) theoretical models for improved oxidation...

...Satish Tailor, PhD; Alexander G Rakoch, PhD; Alexandra A Gladkova, PhD; Phan Van Truong, BSc; Daria M Strekalina, PhD; Georgia Sourkouni, PhD; Manjunath S. Y., MTech; Toshiyuki Takagi, PhD The kinetic features of coating growth on titanium alloy Ti–6A1–4V by plasma electrolytic oxidation (PEO...

...Gang Li, PhD; Shengguan Qu, PhD; Zhaojun Ren, PhD; Xiaoqiang Li, PhD A surface-modified layer (oxide layer and oxygen diffusion region) was produced on a Ti–6Al–4V alloy substrate by the combination of multipass surface rolling and thermal oxidation. The effects of different oxidation temperatures...