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Yasmin Abdul Wahab, Ph.D
Yasmin Abdul Wahab, Ph.D
Yasmin Abdul Wahab received a B. Eng. (Hons) degree in Electrical Engineering (Control and Instrumentation), M. Eng. and Ph.D. degrees in Electrical Engineering from Universiti Teknologi Malaysia (UTM), Johor, Malaysia, in 2008, 2010, and 2017 respectively. In 2010, she joined Universiti Malaysia Pahang (UMP), Pahang, Malaysia, as a lecturer at Faculty of Electrical and Electronics Engineering and at present she holds the position of senior lecturer. Her current research interests are electrical process tomography, process tomography, sensors technology and instrumentation.
Contact: yasmin[at]ump.edu.my ,(Please replace '[at]' with '@').
Research
Research
Tomography
Tomography
The current on-going research is about electrical tomography system related with non-invasive electrical resistance tomography using 5 MHz frequency. The system with 8 channels of electrodes that attached non-invasively to the pipe is designed to identify the two-phase regime. The system is able to detect the liquid/gas regime in the horizontal pipe. A further explore on theoretical work such as a suitable algorithm is still under investigation.
Members
Members
Current:
1) Muhamad Faris Aiman Bin Mohd Hisham, 2D Modeling of Mixed Projection for Electrical Capacitance Tomography, 2019/2020
2) Shahrulazlan Bin Che Abdul Ghani, Iot Based Smart Sorting Recycle Bin using Raspberry Pi3 B+, 2019/2020
3) Mohd Shahrul Bin Jusob, Initial Study of Identification of Oil-Gas Regimes in Steel Pipe Application Using Electrical Capacitance Tomography Based On Invasive Approach, 2019/2020
Graduated:
4) Muhammad Fadhil Bin Fuad, Image reconstruction for multiple excitation source of ERT in steel pipe application,2018/2019
5) Nur Faten Fasehah Binti Hisham, Feasibility Study of Sensor Behaviour Implemented in Non-Invasive Electrical Resistance Tomography, 2018/2019
6) Syazwani Amanina Binti Shakyean, Initial study on multiple excitation source of electrical resistance tomography for liquid-gas regime identification in steel pipe, 2017/2018
7) Mahanum Binti Muhamad Sakri, Optimization of electrode dimension of non-invasive electrical resistance tomography using experimental technique, 2017/2018
8) Rubiah Binti Ahmad, Application of Ultrasonic Tomography(UT) to Display Tomogram of Solid/Liquid Flow Regime using Linear Back Projection (LBP) Algorithm, 2013
9) Che Wan Mohd Farid Souri Che Wan Ali, Application of Ultrasonic Tomography to Display Tomogram of Solid/Liquid Flow Regime using Hybrid Binary Reconstruction (HBR) Algorithm, 2013
10) Nurliyana Binti Anuar, Temperature Control of Automotive Part Baking Oven System, 2013
11) Wilbert Yew Kwong Loong, Pressure Sterilizer Control for Palm Oil Industry, 2013
12) Ling Su Jake, Quality Evaluation of Viscosity Palm Oil using Ultrasonic Sensor, 2013
13) Chun Poh Keong, Evalutaion the Ripeness of Watermelon using Ultrasonic Tomography, 2013
14) Mohd Hafis Aikal Bin Amran, Application of Ultrasonic Tomography to Identify Multiphase Flow Regime using Labview, 2012
15) Ahmad Faiz Bin Mohd Nawawi, Liquid/Solid Flow Regime Identification using Ultrasonic Tomography: An Approach using Transceiver Method, 2012
16) Iskandar Rizan Bin Muhamad, Transmission-Mode Ultrasonic Tomography to Identify Liquid/Solid Flow Regime, 2012
17) Firdaus Hasyiemey Bin Mohamad, Gas and Liquid Phase Flow Regime Identification using Ultrasonic Tomography, 2013
18) Muhammad Nazirul Afiq Bin Yahya, An Approach of Transceiver Method for Gas/Liquid Flow Regime Identification using Ultrasonic Tomography, 2012
19) Muhamad Ahnaf B Mohd Abd Ghafar, Water and Oil Flow Regime Identification using Transmission-Mode Ultrasonic Tomography, 2012
20) Mohd Norhafizzi Bin Sidek, Utilizing of Transceiver Method to Identify Water and Oil Flow Regime using Ultrasonic Tomography, 2012
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