Postdoctoral researchers

Dr. Hamid Aghighi

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Dr Aghighi conducts research on numerical modelling of multiphysics geomechanics using Finite Element technique. Mohammadali is highly experienced in computer programming and computational mechanics.

Dr. Mohammed A.Q. Siddiqui (UNSW)

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Dr Siddiqui research centers on theoretical development of multiphysics thermodynamics models. He is highly skilled in thermodynamics and continuum mechanics and their general applications in geomechanics.

Ph.D. students

Adelina Lv

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Adel's research area is focused on constitutive modelling of coal and its relation to acoustic measurements. She is experienced in theoretical development of constitutive models and has extensive skills in mechanical and ultrasonic measurements of rocks.

Muhammad Asad Pirzada

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Asad's research focuses on the effects of multiphysical forces on the frictional properties of fractures in sedimentary rocks. His work specifically includes the effect of mechanical shearing on reactive fluid flow in the fractures. 

Muath Algazlan

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Muath's research focuses on THMC theoretical and experimental modelling of  sorptive organic rich shales. He is skilled in petrophsyical measurements of organic rich shales and has extensive experience in experimental investigation of organic rich shales.

Mobarekeh Mohammadpour

Mobarakeh (1).HEIC

Mobarakeh's research focuses on characterization of rock and coal mechanical properties. She investigates the application of Data Science and Big Data analysis to extract relationship between rock mechanical properties and geophysical data.

Linan Su

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Linan's research interest centers on gas adsorption and desorption induced mechanical properties changes in coal. His study includes theoretical, experimental and numerical development to evaluate the poromechanical response of coal saturated with a sorbing fluid phase.

Umar Farooq

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Umar's research focus is on thermodynamic incorporation of creep mechanisms under sorptive conditions in organic rich shales. He works on experimental determination and validation of complex sorption-influenced viscoelastic thermodynamic response coefficients.