ResearcherAug 2010 - Jun 2015 (4 years)
• Led a group which successfully designed and calculated of vertical axis wind turbine (KWIND vertical axis wind turbine) • Perform fluid flow anlysis of wind turbine blades using the commercial CFD code (FLUENT and STARCCM+) • Perform CFD analysis for six-stages of steam turbine system considering real gas properties • Design and FEM analysis of filament would structure under high internal pressure • Finite element analysis of pulsating diaphragm
ResearcherAug 2010 - Jun 2012 (1 year)
• 4 years member of group for design, simulation, and experiment of 5-MW floating offshore wind turbine system • Coupling STARCCM+ and ABAQUS for fluid-structure interaction simulation of wind turbine blades, tube heat exchanger, a wing of aircraft…etc. • Using FAST code and NuMAD for the design, simulation, and optimization of 5-MW wind turbine. • CATIA modeling of Learjet 55 aircraft model, 5-MW wind turbine... • FEA analysis of yaw brake system of 5-MW wind turbine
Designer and SimulationNov 2008 - Feb 2010 (1 year)
• Using ADINA software (FEM) for analyzing structure, fluid, and structure- fluid interaction problem. • Using NX-IDEAS for generation meshing of complexity geometry such as telephone, radiator, parts of engine…from customer specification. • Teaching a course of simulation and design module of NX-IDEAS software in Vietnam.
Simulation and ProgrammingJan 2008 - Nov 2009 (1 year)
• Using ADINA software (FEM) for an FEA simulation of three-dimensional excavation tunnel. • Studying Visual Basic, VC C# programming for development softwares.
Master2010 - 2012 (2 years)
PhD2012 - 2015 (3 years)
The platform pitching motion of floating offshore wind turbine: A preliminary unsteady aerodynamic
There is strong flow interaction phenomena between the rotating wind blades with oscillating motions and generated blade-tip vortices.
The aerodynamic interference effects of a floating offshore wind turbine...
The interference effect of floating offshore wind turbine is simulated and presented.
Transonic aeroelastic analysis of Learjet aircraft wind model
Fluid-structure interaction of wing's Learjet 55 aircraft model is performed using the coupling CFD (FLUENT) and CSD (user-defined code).
Panel flutter analysis using coupled CFD-CSD method
Flutter analysis is performed to investigate the structural deformation effect on the aerodynamic performance of panel. The simulations are verified by aeroelasticity module of MSC NASTRAN code.