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Muhammad Farzik Ijaz

Assistant Professor

Faculty

كلية الهندسة
Building 3, Room 2C 46, Mechanical Engineering Department, King Saud University
المنشورات
مقال فى مجلة
2017

Novel Electrochemical Test Bench for Evaluating the Functional Fatigue Life of Biomedical Alloys

Ijaz, M. F. . 2017

ISI Journal publication Design

The aim of the present work was first to develop and validate a test bench that simulates the in vitro conditions to which the biomedical implants will be actually subjected in vivo. For the preliminary application assessments, the strain-controlled fatigue tests of biomedically pure Ti and Ti–Nb–Zr alloy in simulated body fluid were undertaken. The in situ open-circuit potential measurements from the test bench demonstrated a strong dependence on the dynamic cycling and kind of material under testing. The results showed that during fatigue cycling, the passive oxide film formed on the surface of Ti–Nb–Zr alloy was more resistant to fatigue degradation when compared with pure Ti. The Ti–Nb–Zr alloy exhibited prolonged fatigue life when compared with pure Ti. The fractographic features of both materials were also characterized using scanning electron microscopy. The electrochemical results and the fractographic evidence confirmed that the prolonged functional fatigue life of the Ti–Nb–Zr alloy is apparently ascribable to the reversible martensitic phase transformation.

نوع عمل المنشور
Post Doctorate
رقم المجلد
69
رقم الانشاء
8
مجلة/صحيفة
The Minerals, Metals & Materials Society/Extreme Enviorments
الصفحات
1334-1339
مزيد من المنشورات
publications

Falling on the ground can cause serious injuries such as bruises, broken bones, head injuries, etc. Annually, 684,000 individuals die globally from
falling to the ground. There are more than…

بواسطة Muhammad Farzik Ijaz
تم النشر فى:
Journal of Disability Research
publications

Enhancing the solar-physical conversion efficacy ability of the nanomaterials is an essential for real-time implementation. We report the enhanced solar-physical efficiency of the BiFeO3…

بواسطة Muhammad Farzik Ijaz
2023
تم النشر فى:
Elsvier
publications

Spinal deformity refers to a range of disorders that are defined by anomalous curvature of the spine and may be classified as scoliosis, hypo/hyperlordosis, or hypo/hyperkyphosis.

بواسطة Muhammad Farzik Ijaz
2023