Department of Intelligent Mechanical Engineering,
Fukuoka Institute of Technology

MISAWA's Research Group

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PAST THESES

Bachelor's theses (FY2025):

• Tensile simulation of graphene nanoribbons with reconfigured edges (K.A. and T.A.)
• Investigation of thermal conductivity in graphene nanoribbons using non-equilibrium molecular dynamics (Y.N. and K.S.)
• Optimal structural design of diamond/aluminum direct bonding interfaces (Y.Y and K.T)
• Friction simulation of graphene on a gold (111) surface (A.N. and S.F.)
• Molecular dynamics simulation on sintering process of silicon nitride nanoparticles (S.O. and I.N.)

Bachelor's theses (FY2024):

• Molecular dynamics analysis of mechanical properties of graphene nanoribbons with various edge structures (K.I. and K.A.)
• Size-dependency on thermal conductivity calculation of graphene nanoribbons (Y.M. and Y.I.)
• Molecular dynamics analysis of heat treatment conditions of diamond/silicon direct bonding interface (T.S. and S.M.)
• Modeling and structural analysis of diamond/aluminium direct bonding interface (K.H. and R.H.)

Bachelor's theses (FY2023):

• Molecular dynamics analysis of diffusion behavior of water on calcium carbonate surfaces (K.K., K.K. and K.Y.)
• Molecular dynamics analysis of mechanical properties of graphene with atomic vacancies (S.I. and R.M.)