Keyphrases
Split Cycle
100%
Internal Combustion Engine
41%
Combustion Dynamics
37%
Emission Potential
25%
AirFuel
25%
Mixing Dynamics
25%
Toxic Emissions
25%
Thermodynamic Efficiency
25%
Hybrid Engine
25%
Emission Combustion
25%
NOx Emission
25%
Ultra-low Emission
25%
Combustion System
25%
Isothermal Compression
25%
Fluid Dynamics
25%
Propulsion System
25%
Liquid Nitrogen
25%
Thermal Propulsion
25%
Cryogenic Fluid
25%
Combustion
20%
Air-fuel Combustion
12%
Dilution Effect
12%
Evaporation Dynamics
12%
Polluting Emissions
12%
Operations Concepts
12%
Schlieren Imaging
12%
University of Brighton
12%
Spray Process
12%
Dolphin
12%
Near-zero
12%
Process Evolution
12%
Shock Waves
12%
Air-fuel Mixing
12%
Ricardo
12%
Mixing Process
10%
Compression Stroke
8%
Aftertreatment
8%
Image Display
6%
Supersonic Airflow
6%
Air Transfer
6%
Mach Disk
6%
Optical Experiment
6%
Pressure Trace
6%
Mechanistic Hypotheses
6%
Mixing Mechanism
6%
Poppet Valve
6%
Conventional Diesel
6%
Engine Cycle
6%
Diesel Engine
6%
Airflow
6%
Engineering
Engine Cycle
87%
Internal Combustion Engine
42%
Thermodynamic Efficiency
30%
Airfuel Mixing
25%
Fluid Dynamics
25%
Propulsion System
25%
Isothermal Compression
25%
Polluting Emission
12%
Dilution
12%
Shockwave
12%
Schlieren
12%
Spray Process
12%
Air Flow
12%
Poppet Valve
6%
Transfer Process
6%
Air Emission
6%
Experimental Result
6%
Computational Fluid Dynamics
6%
Atomisation
6%
Conventional Engine
6%
Diesel Engine
6%
Flow Distribution
6%
Cruise Condition
5%
Target Technology
5%
Injection Pressure
5%
Fuel Injection
5%
Single Cylinder
5%
Step Change
5%
Combustor
5%
Air Charge
5%
Combustion Chamber
5%