Design and experimental testing of a novel skip-cycle mechanism for Wankel engine

Keyphrases

• Application Method 14%
• Combustion 14%
• Cycle Condition 14%
• Cycle Control 14%
• Cycle Mechanism 100%
• Design Testing 100%
• Effective Stroke 14%
• Efficiency Increase 14%
• Efficiency Loss 14%
• Equal Power 14%
• Experimental Testing 100%
• Geometric Parameters 14%
• High Pressure 14%
• Ignition 14%
• Intake Port 28%
• Loading Conditions 14%
• Low Vacuum 14%
• Low-load Conditions 14%
• Mazda 14%
• Minimal Change 14%
• Moving Parts 14%
• Normal Cycle 28%
• Power Generation 28%
• Pumping Loss 14%
• Rotary Valve 14%
• Single Rotor 14%
• Skip Cycle 100%
• Stroke Volume 14%
• Vacuum Pressure 14%
• Valve Orientation 14%
• Wankel Engine 100%
• Window Geometry 14%

Engineering

• Application Method 33%
• Control Cycle 33%
• Engine Data 33%
• Ignition 33%
• Load Condition 33%
• Low Load Condition 33%
• Measured Data 33%
• Moving Part 33%
• Power Generation 66%
• Pumping Loss 33%
• Rotary Valve 33%
• Rotors 33%
• Stroke Volume 33%
• Wankel Engines 100%