Latest Research in Combustion and flame dynamics
52 research papers · 2026 median publication year
Top Research Topics in Combustion and flame dynamics
- Combustion and flame dynamics — 6 papers
- Heat Transfer and Optimization — 4 papers
- Advanced Thermodynamic Systems and Engines — 3 papers
- Fluid Dynamics and Mixing — 3 papers
- Fluid Dynamics — 3 papers
- Gas Dynamics and Kinetic Theory — 3 papers
- Heat Transfer Mechanisms — 3 papers
- Granular flow and fluidized beds — 3 papers
- Fluid Dynamics and Thin Films — 2 papers
- Mineral Processing and Grinding — 2 papers
Highest-Cited Papers
- Liquid film thickness in a flat minichannel in turbulent gas-liquid film flow
- Overview and outlook of heat-driven oscillating systems for sustainable heating, cooling and power generation
- milldem: A Cross-Platform Soft-Sphere DEM for Tumbling-Mill Charge Motion and Size-Consistent Net Power
- Process-side-corrected monitoring of equivalent coke thermal resistance in an industrial ethylene cracking furnace: a case study
- milldem: A Cross-Platform Soft-Sphere DEM for Tumbling-Mill Charge Motion and Size-Consistent Net Power
- Interfacial drag force model based on the drag coefficient approach for dispersed gas-liquid flows in rod bundles
- Cooling of advanced steam turbine blades with boiling liquids
- One-Dimensional Design of a Reverse-Flow Annular Combustor for a Micro Turbojet Engine: Methodology and Worked Example
- Influence of Flame Macrostructures on the Thermoacoustic Instabilities of a High-Shear Injector
- Effect of axial and normal cavity air injection on thermoacoustic instability in a lean premixed trapped vortex combustor
- One-Dimensional Design of a Reverse-Flow Annular Combustor for a Micro Turbojet Engine: Methodology and Worked Example
- Modelling of Two-Phase Nano Fluid and Steel-Slag Jets
- From Space-Filling Particles to a Porous Heap: Formation-Generated Collective Closure under Gravity
- From Space-Filling Particles to a Porous Heap: Formation-Generated Collective Closure under Gravity
- Unveiling the potential of machine learning for heat transfer prediction and flow regime classification in falling film evaporation over plain horizontal tubes
- Inferring the turbulent breakup of colloidal aggregates using Graph Neural Networks
- Numerical investigation of displacer pulse tube refrigerators based on thermoacoustic theory
- Natural circulation characteristics of compact petal-shaped fuel rod bundle channel under rolling conditions
- A Numerical Study of a Water–Steam Ejector for Steam Exhausting with OpenFoam—The Effect of Steam-Bubble Diameter
- Numerical and experimental study of tandem dual-jet injection into a supersonic cross-flow