This paper reviews the current state of knowledge and advances on the stress-corrosion
cracking (SCC) of Ti alloys subject to harsh corrosive environments in the deep sea, and …

Stress corrosion cracking (SCC) of TC4 ELI alloy was investigated by slow strain rate test
(SSRT) with an in site electrochemical experiment in 3.5% NaCl solution. Results indicated …

A focus of the current industrial sector is motivated to develop a new class of advanced
materials with superior characteristics compared to currently available conventional …

Biomaterials are materials that are primarily made or engineered for biological compatibility
with the tissue and cells so that they can be used for healing or repairing purposes on the …

The influence of the ultrasonic assisted equal channel angular pressing (UA-ECAP) process
on the microstructural characteristics, mechanical properties, and fluoride-induced corrosion …

Objectives Previous studies have shown that the use of Cu electrodes compromises the
electrochemical properties of Co-Cr and Ti alloys used for the fabrication of implant retained …

When it comes to using bio-metals, the chemical and biocompatibility properties of titanium
led to its widespread use in biomedical implants. However, pure titanium possesses lower …

An essential prerequisite for any material to classify as biomaterial is biocompatibility with
the human body which could be utilized for wound healing or body repair on a living …

In the present study, the unique bimodal grain size distribution microstructure with the
ultrafine substrate and embedded macro grains was fabricated by a traditional hot-rolling …

Localized corrosion of commercially pure Ti alloy (TA2) in 5 mmol/L NaF solution with pH= 3
was investigated by using scanning electron microscopy, focused ion beam and …