Ph.D. thesis title: “Thermally conductive polymer nanocomposites”.
Supervisor: Prof. Sergey Abaimov
Mohammad Owais did his graduation with bachelors of science honors, BS-honors (4 years) in “Nanoscience & technology” (Distinction/84%) in 2014 from Preston Institute of Nanoscience & Technology, Preston University, Islamabad, Pakistan. During his research he investigated the role of nanotechnology in application related to industries in sports sector. He had an opportunity to work on a commercial scale project for “fabrication of nanocomposites-based hockey sticks” in an International multi-dimensional industrial firm called Grays of Cambridge in Sialkot, Pakistan.
In 2018 he completed his master’s degree of engineering (ME) in “nanoscience and technology” from national center for nanoscience and technology (NCNST), University of Chinese Academy of Sciences, Beijing, China (Distinction/89%) with the thesis entitled as “Thermally conductive and electrically insulative behavior of hybrid fillers-based epoxy nanocomposites”. Among several pertinent projects under the supervision of Prof. Zhong Zhang, he majorly focused on fabrication of novel functional nanocomposites that could provide an outstanding choice for high performance thermal management applications together with other lightweight electronic devices. This included enhanced thermal conductivity and electrical resistive characteristics of epoxy nanocomposites with ultra-low loading of hybrid fillers of graphene nanoplatelets and boron nitride nanoparticles for thermal management applications. Other than thermally conductive polymer nano-composites, he got a reasonable exposure of work related to tribology during collaborative research projects with other scientists at NCNST. Furthermore, his research interest include epoxy based hybrid nanocomposites with fillers of graphene nanoplatelets, short carbon fiber and boron nitride nanoparticles for thermally interface materials and the use of 2-D materials like graphene in polymer matrix systems.
Research Interests: Micro- and nanometer-scale fluid dynamics: emulsions, suspensions, and complex fluids in micro-nano-channels and porous media, dynamics and acoustics of bubbles and bubbly liquids , multiphase systems
Research interests: Mathematical modeling, scientific computing, fluid dynamics, detonation theory
Research Interests: Additive manufacturing of functional graded parts, 4D printing, 3D biofabrication of implant & scaffolds, and laser treatment of materials
PhD, Research Institute for Machine Science of RAS (IMASH RAN),
Research Interests: mechanics of composite materials, simulation of technological processes, topology optimization of structures
Research Interests: Mechanics of solids, polymer composites, mechanical testing, simulation of constitutive material behavior
Research Interests: Theoretical, computational, and experimental micro- and nano-mechanics
PhD. Faculty of Physics, Lomonosov Moscow State University. Research: Carbon structures, composite materials, graphene, 2D materials, metal 3D printing, Bioprinting, additive manufacturing
PhD. Structural dynamics and modal parameters identification methods. Bauman Moscow State Technical University. Research: Simulation of complex technical systems, simulation-aassisted non-destructive testing, meta-modeling and machine learning techniques for predictive analytics.
Research: computational fluid mechanics, additive manufacturing, phase-field modeling
Office: E-B5 open space
PhD in Computing Systems, Complexes and Networks, 2010
+7 926 933 3170
d.krasovsky @ skoltech.ru
Specialist in Material Science