99 results on '"Sun, Quanhua"'
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52. Experimental and numerical studies on the thermal nonequilibrium behaviors of CO with Ar, He, and H2.
53. Study of the coupling between real gas effects and rarefied effects on hypersonic aerodynamics
54. Hypersonic aerodynamics of a flat plate: Bridging formula and wall temperature effects
55. Improved Quantum–Classical Treatment of N2–N2Inelastic Collisions: Effect of the Potentials and Complete Rate Coefficient Data Sets
56. An improved CE/SE scheme and its application to dilute gas–particle flows
57. Valid Physical Processes from Numerical Discontinuities in Computational Fluid Dynamics
58. Kinetic Studies of Gas Flows
59. Exact Solutions to Collisionless External Gas Flow Problems
60. Configuration Optimization of Hypersonic Vehicles under Transitional Flow Conditions
61. Improved sampling techniques for the direct simulation Monte Carlo method
62. Simulation of Gas Flow Over a Micro Cylinder
63. Development of an Efficient Particle Approach for Micro-Scale Gas Flow Simulations
64. Development of a Cell Size Relaxed Scheme for the Direct Simulation Monte Carlo Method
65. Gas flows in microchannels and microtubes
66. Free Molecular Flows Between Two Plates Equipped with Pumps
67. Rarefied Background Flow in a Vacuum Chamber Equipped with One-Sided Pumps
68. Analysis of Free Molecular Flows Between Two Plates Equipped with Pumps
69. Computational Analysis of High-Altitude Ionization Gauge Flight Measurements
70. Study of the coupling between real gas effects and rarefied effects on hypersonic aerodynamics.
71. Free molecular background flow in a vacuum chamber equipped with two-sided pumps
72. Evaluation of Macroscopic Properties in the Direct Simulation Monte Carlo Method
73. Theoretical Development of the Information Preservation Method for Strongly Nonequilibrium Gas Flows
74. Rarefied Background Flow in a Vacuum Chamber
75. Modeling Gas Nucleation and Condensation Using the Direct Simulation Monte Carlo Method
76. Particle Simulation of Gas Expansion and Condensation in Supersonic Jets
77. Analysis of High-Altitude Ionization Gauge Measurements Using the Direct Simulation Monte Carlo Method
78. Flat-plate aerodynamics at very low Reynolds number
79. Simulation of Gas Flow Over Micro-Scale Airfoils Using A Hybrid Continuum-Particle Approach
80. A Hybrid Continuum / Particle Approach for Micro-Scale Gas Flows
81. Towards Development of a Hybrid DSMC-CFD Method for Simulating Hypersonic Interacting Flows
82. Numerical Simulation of Gas Flow over Microscale Airfoils
83. Assessment of a Hybrid Method for Hypersonic Flows.
84. Application of the Transition Probability Matrix Method to High Knudsen Number Flow Past a Micro-Plate.
85. Numerical simulation of gas flow over micro-scale airfoils
86. Particle simulation of micro-scale gas flows
87. Development of an information preservation method for subsonic, micro-scale gas flows
88. Development of Particle Methods for Computing MEMS Gas Flows
89. Vibrational–translational energy exchange models for the direct simulation Monte Carlo method
90. Vibrational Energy Transfer in CO+N 2 Collisions: A Database for V–V and V–T/R Quantum-Classical Rate Coefficients.
91. A quasi-one-dimensional model for hypersonic reactive flow along the stagnation streamline
92. Information preservation methods for modeling micro-scale gas flows.
93. Investigation of spontaneous combustion of hydrogen-oxygen mixture using DSMC simulation
94. Global Potential Energy Surfaces by Compressed-State Multistate Pair-Density Functional Theory for Hyperthermal Collisions in the O 2 +O 2 System.
95. Vibrational energy relaxation in shock-heated CO/N2/Ar mixtures.
96. Experimental and numerical studies on the thermal nonequilibrium behaviors of CO with Ar, He, and H2.
97. Improved Quantum-Classical Treatment of N 2 -N 2 Inelastic Collisions: Effect of the Potentials and Complete Rate Coefficient Data Sets.
98. Global and Full-Dimensional Potential Energy Surfaces of the N 2 + O 2 Reaction for Hyperthermal Collisions.
99. Inelastic rate coefficients based on an improved potential energy surface for N 2 + N 2 collisions in a wide temperature range.
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