中文 | English

Your present position:首页 » Home » People »  Faculty

Dr Ali Arab

Close the window author :郭保桥 Release time :2017-12-19


 
Ali Arab
arabali83@yahoo.com
School of Mechatronical Engineering BIT, Beijing 100084
Phone: 15601254524
 
 
Personal Details
Full Name: Ali Arab
Nationality: Iranian
Date of Birth : Aug 8th, 1983
Languages: English – Fluent | Persian – Native
Email Address: arabali83@yahoo.com
Telephone Number: +8615601254524
Residential Address: institute of shockwave physics and chemistry laboratory school of mechatronical engineering,
Beijing Institute of Technology, Beijing, P.R. China
 
 
 
 
 
 
 
Professional Summary 
A well educated and highly knowledgeable Research Professional with over 7 years of extensive experience gained on an international basis with well renowned institutions. I am a postdoctoral fellow at the Department of mechatronical Engineering, Beijing Institute of Technology, where I work on the dynamic behaviour of the titanium alloy.
I have experience in both mechanical engineering and material engineering. Although my major focus since my Master is on impact engineering and behaviour of the material under the dynamic load. I have deeply understanding about the material science and material characterization. I have good experience in the wide range of solid mechanics tests, especially in high strain rate. 

 
Education
PhD Mechanical engineering (Impact) - Universiti Sains Malaysia (USM), Malaysia (2016)
Thesis Title: Experimental and neural network prediction of dynamic behavior of ZTA with SrCO3 and MgO
MSc Armament Engineering - MUT, Tehran, Iran (2010)
Thesis Title: Simulation and analysis of ceramic/metal armors, Alumina/SiC by MgO nano particle.
BSc Mechanical engineering - MAZANDARAN University (IAU), BABOOL, Iran (2006)
 
 
Research Interests
 Dynamic Material behaviour
 Ceramic
 Titanium
 Digital Image Correlation
 Mechanical design
 Crack propagation
 Numerical methods
 Machine learning

 
 
Competency & Skills
Strong lab skills.
Strong ability to think critically and reason clearly and come out with genuine ideas as a result of dealing with research
during my studies.
Ability to set project goals, objectives, and finally achieving effective results as evidenced by research achievement.
Writing research proposal
Computer skills
Mechanic Software: CATIA, Solidworks , ANSYS, Hypermesh, Ls-Dyna, ABAQUS
Program software: MATLAB
Utilities: Proficiency in MS Office and so many other Desktop Application
Experimental Skills
UTM Tension / Compression Test Machine (MTS), Ballistic test, Digital image correlation (2D &3D), Dynamic Signal
Amplifier, Strain Gage, High speed photography, SHPB Compression system (for high strain rate dynamic test),
SHTB, Drop weight test, Hardness test, SEM, XRD, Particle size analysis, etc

 
Research Experience and Publications
Experimental and neural network prediction of dynamic behavior of ZTA with SrCO3 and MgOPh.D Thesis
“Simulation and analysis of ceramic/metal armors, Alumina/SiC by MgO nano particle " M.S. Thesis.
Journal papers
Azarafza, R., Arab, A., Mehdipoor, A., & Davar, A. (2012). Impact behavior of ceramic-metal armour composed of Al2O3-
nano SiC composite. Int J of Advanced Design and Manufacturing Technology, 5(5), 83-87. (ISC, Google Scholar index)
Arab, A., Ahmad, Z. A., & Ahmad, R. (2015). Effects of yttria stabilized zirconia (3Y-TZP) percentages on the ZTA
dynamic mechanical properties. International Journal of Refractory Metals and Hard Materials, 50, 157-162.(Impact
factor:1.989)
Arab, Roslan Ahmad, Zainal Arifin Ahmad “Effect of SrCO3 additive on the dynamic compressive strength of ZTA”
International Journal of Minerals, Metallurgy, and Materials ,23(4), 481-489. (Impact factor: 0.79)
Bateni, N. H., Hamidon, M. N., Matori, K. A., & Arab, A. PE hysteresis loop evaluation and dielectric studies of ceramic
obtained from white rice husk ash for electronic applications. Journal of Materials Science: Materials in Electronics, 1-6.
(Impact factor:1.569)
Arab, Roslan Ahmad, Zainal Arifin Ahmad(2014). Review on impact study on ceramic material. Caspian Journal of
Applied Sciences Research,4(3), 44-55.(ISI index)