Wang Faming

特定助教
学位：博士（工学）

基本情報

所属

Research Institute of Science and Technology

詳細情報

研究キーワード

Numerical analysis
Fluid mechanics
Detonation
Shock wave

研究分野

Manufacturing technology (mechanical, electrical/electronic, chemical engineering) Thermal engineering
Social infrastructure (civil Engineering, architecture, disaster prevention) Disaster prevention engineering
Aerospace, marine, and maritime Engineering Aerospace engineering
Manufacturing technology (mechanical, electrical/electronic, chemical engineering) Fluid engineering

論文

Interferometric visualization of detonation waves through premixed detonable jet-train at low mass-flow rate

Elucidation of fuel mixing and consumption states by density field around detonation wave inside a pressure gain combustion channel

Dependence of premixture jet height on detonation wave propagation inside a pressure gain combustion channel

nterferometric visualization of detonation waves inside a pressure gain combustion channel at low-mass flow rates

Visualization of detonation waves inside a rotating-detonation rocket engine by using point-diffraction interferometry

Visualization and CFD of the influence of mixing on detonation wave propagation inside a rotating-detonation engine by using linear detonation channel

講演・口頭発表等

Flow Visualization around High-speed Projectile with Point-Diffraction Interferometry
Effect of Premixed Jet Height on Propagation of Detonation Wave inside Linear Detonation Channel
Numerical and experimental study of actuation characteristics on H2/Air non-premixed rotating detonation engine
Flow Visualization around High-speed Projectile with Point-Diffraction Interferometry
Numerical Analysis of Propagation of Detonation Wave Plunging Entry the Fuel Jet Train inside Rotating Detonation Combustor
Numerical Analysis of the Influence of Mixing on Detonation Wave Propagation inside a Rotating Detonation Engine by using Linear Detonation Channel
NUMERICAL ANALYSIS OF THE DETONATION WAVE PROPAGATION IN A LINEARIZED ROTATING DETONATION ENGINE
Three-dimensional visualization of shock waves using background-oriented schlieren with light field technique
NUMERICAL ANALYSIS OF DETONATION STRUCTURE BY USING CHARIOT
Flight Attitude Stabilizing by Side-Jet Generated by Detached Shock Pulsation