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Professor Nadimul Faisal's Supervisions (6)

Engineering - Energy
Doctor of Philosophy [PhD]

Level Doctor of Philosophy [PhD]
Student Mr. MAHMOUD ALGAIAR
Status Current
Part Time Yes
Years 2021 - 2027
Project Title Deep Geothermal Reservoir and Advances in Predicting Thermo-Physical Heat Exchange Properties
Awarding Institution Robert Gordon University
Director of Studies Nadimul Faisal
Second Supervisor Mamdud Hossain

Mechanical Engineering
Doctor of Philosophy [PhD]

Level Doctor of Philosophy [PhD]
Student Mr VINOOTH RAJENDRAN
Status Current
Part Time No
Years 2021 - 2025
Project Title Nanowire based hybrid sensors at the pipe insulation interface for corrosion under insulation monitoring and analysis
Project Description Analysis of Wave Propagation in Pipeline and Plate-like Structures for Surface and Interface Condition Assessment
Awarding Institution Robert Gordon University
Director of Studies Nadimul Faisal
Second Supervisor Anil Prathuru
Additional Supervisor Carlos Fernandez

Engineering - Energy
Doctor of Philosophy [PhD]

Level Doctor of Philosophy [PhD]
Student Engr. EBIKAPAYE PERETOMODE
Status Complete
Years 2020 - 2024
Project Title Geomechanical behaviour of reservoir rock failure at grain level
Awarding Institution Robert Gordon University
Director of Studies Gbenga Oluyemi
Second Supervisor Nadimul Faisal

Engineering - Energy
Doctor of Philosophy [PhD]

Level Doctor of Philosophy [PhD]
Student EVANS OGOUN
Status Current
Years 2020 - 2025
Project Title An integrated petrophysical evaluation of thinly bedded reservoirs in the Niger delta basin
Project Description Experimental Analysis of Natural Gas Transport: Using Nanoporous Ceramic Cores as Mimetic Model for Low Permeability Reservoirs
Awarding Institution Robert Gordon University
Director of Studies Nadimul Faisal
Second Supervisor Mamdud Hossain

Advanced Materials
Doctor of Philosophy [PhD]

Level Doctor of Philosophy [PhD]
Student OBINNA OKOLIE
Status Current
Years 2020 - 2024
Project Title In-situ characterisation of manufacturing defects in composite pipes
Project Description Thermoplastic composite pipes (TCP) in comparison to other pipes have proven beneficial features due to its flexibility which includes being fit for purpose, lightweight and no corrosion. However, during the manufacturing of TCP certain defects may be induced in it due to the effects of some parameters and this can affect the performance of the pipe in the long run as the induced defects might lead to in-service defects. This research will provide an effective repair strategy for early detection of these defects during manufacturing.
Awarding Institution Robert Gordon University
Director of Studies James Njuguna
Second Supervisor Nadimul Faisal