Le Van Minh, Ph.D

• Address: R. 309, Building C3, HUST, No. 1- Dai Co Viet Street, Ha Noi, Vietnam.
• Email: levan@hust.edu.vn
• Website:
• Tel: +84.438682525
• Position: Lecturer

• Technical Writing & Presentation
• Aircraft Engine I
• Aircraft Engine II
• Aircraft Design

• Fluid Dynamics Energy
• Heat transfer
• Combustion
• Numerical Modeling

• 10/2011 – 08/2016: Engineer degree of Aerospace engineering at Hanoi University of Science and Technology – Vietnam
• 10/2016 – 12/2019:  PhD of Fluid Mechanics at University of Poitiers – France

Proceedings:

1. Van Minh LE, Alexis Marchand, SalmanVerma, Rui Xu, James White, Andre Marshall, Thomas Rogaume, Franck Richard, Jocelyn Luche, Arnaud Trouve. Simulations of a Turbulent Line Fire with a Steady Flamelet Combustion Model and Non-Gray Gas Radiation Models. EuropeanSymposium on Fire Safety Science (ESFSS 2018). Journal of Physics Conference Series (November 2018) (ISBN: 17426588)
2. Rui Xu, Van Minh Le, Alexis Marchand, Salman Verma, Thomas Rogaume, Franck Richard, Jocelyn Luche, Arnaud Trouvé. Simulations of the Coupling between Combustion and Radiation in a Turbulent Line Fire Using an Unsteady Flamelet Model. 13th IAFSS Symposium (April 2020), Waterloo, Canada
3. Van Minh LE, Alexis Marchand, Rui Xu, Salman Verma, Thomas Rogaume, Franck Richard, Jocelyn Luche, Arnaud Trouve. Flamelet modeling of combustion-radiation interactions in turbulent buoyant diffusion flame. 17th International Conference on Numerical Combustion (May 2019), Aachen, Germany

Journals: 

1. Rui Xu, Van Minh LE, Alexis Marchand, Salman Verma, Thomas Rogaume, Franck Richard, Jocelyn Luche, Arnaud Trouve. The unsteady response of radiating laminar diffusion flames exposed to decreasing mixing rate conditions representative of fires. Fire Safety Journal (ISBN: 13647830) Volume 25, 2020.

2. Rui Xu, Van Minh LE, Alexis Marchand, Salman Verma, Thomas Rogaume, Franck Richard, Jocelyn Luche, Arnaud Trouve. Simulations of the coupling between combustion and radiation in a turbulent line fire using an unsteady flamelet model. Fire Safety Journal (ISBN: 03797112) Volume 120, 2020.
3. Van Minh LE, Alexis Marchand, Rui Xu, Salman Verma, James White, Andre Marshall, Thomas Rogaume, Franck Richard, Jocelyn Luche, Arnaud Trouve. Simulations of a turbulent line fire with a steady flamelet combustion model coupled with models for non-local and local gas radiation effects. Fire Safety Journal (ISBN: 03797112) Volume 106, 105-113, 2019