Latest Research in High-Pressure Combustion Kinematics

Top Research Topics in High-Pressure Combustion Kinematics

• Advanced Combustion Engine Technologies — 36 papers
• Combustion and flame dynamics — 20 papers
• Natural Fiber Reinforced Composites — 5 papers
• Fluid Dynamics — 4 papers
• Acoustic Wave Phenomena Research — 3 papers
• Advanced Aircraft Design and Technologies — 3 papers
• Fire dynamics and safety research — 3 papers
• Combustion and Detonation Processes — 2 papers
• Model Reduction and Neural Networks — 2 papers
• Hydrogen Storage and Materials — 2 papers

Highest-Cited Papers

1. Influence of ammonia blending on soot formation and nanostructure in laminar n-decane diffusion flames
2. Effect of air amount in a gasification chamber on the operating parameters of a burner with superheated steam atomization
3. Visualization experimental study on transient cavitating flow and spray characteristics of methanol high-pressure direct injector nozzles
4. Lean limit extension Aspects of gasoline direct injection (GDI) engine with hydrogen fraction
5. FACET: Fuel-Adaptive Control Evidence & Transferability — research program, portfolio and evidence log
6. Study on the gas-liquid two-phase explosion characteristics and suppression mechanism of methane/isoprene mixture
7. Building acoustic performance of stepped modular rice straw–paper pulp absorbers: In situ EApu measurements and effects of surface finishing
8. Thermal and Acoustic Properties of Flax and Hemp Epoxy Bio-Composites Fabricated Using Vacuum-Assisted Resin Infusion Moulding
9. Supercritical autoignition of methane in an ultra-high-pressure rapid compression machine at up to 160 bar: real-fluid effects and two-stage ignition behavior
10. Mechanistic modeling and parameter screening of ultrasonic oscillation-assisted seawater falling-film evaporation on a flat plate
11. General heat release rate surrogates for NH3/H2/N2 and H2 flames using Raman/Rayleigh/LIF accessible species
12. Conceptual Interpretation and Practical Teaching Design of Ideal Work and Lost Work: Comments on Chemical Engineering Thermodynamics Textbooks
13. Numerical investigation of liquefied petroleum gas combustion influenced by an innovative crossflow slot burner for enhanced combustion characteristics
14. Combustion radiation in Ammonia-based fuels: Progress and challenges
15. Two-stage ignition in a dual-oxidizer system: Experimental and kinetic study of H2–N2O–O2 mixtures in an RCM
16. Experimental investigation of wall heat flux characteristics in direct-injection hydrogen internal combustion engines
17. Real gas effects on the laminar flame speed of hydrogen-methane-oxygen mixtures
18. Exhaust Emission Characteristics of Gasoline Engines with Secondary Air Systems and Electrically Heated Catalysts in Cold-Start WLTC Mode
19. Optimization of combustion chamber geometry for the improved-double swirl combustion system based on the sensitivity analysis method
20. Experimental and Kinetic Modeling Study on the Autoignition of Ammonia/Propane Mixtures

Sub-Regions

• Advanced Combustion Engine Technologies — 37 papers
• Biodiesel Production and Applications — 30 papers
• Fluid Dynamics — 21 papers
• Combustion and Detonation Processes — 15 papers
• Combustion and flame dynamics — 15 papers
• Hybrid Renewable Energy Systems — 14 papers