Design and control of a controlled trajectory rapid compression and expansion machine

Keyphrases

• Actuation System 20%
• Combustion Kinetics 10%
• Compression Ratio 10%
• Compression Time 10%
• Control Strategy 10%
• Controller 20%
• Conventional Combustion 10%
• Design Parameters 20%
• Dynamic Model 20%
• Expansion Engine 100%
• Force Requirement 10%
• High Force 10%
• High-speed Operation 10%
• In Tandem 10%
• Mechanical Alteration 10%
• Operating Force 10%
• Operating Parameters 10%
• Operation Range 10%
• Operational Flexibility 10%
• Piston Motion 10%
• Piston Trajectory 30%
• Precision Motion Control 10%
• Rapid Compression Machine 100%
• Rapid Expansion 100%
• Reference Trajectory 10%
• Repeatability 10%
• Simulation Study 10%
• System Performance 10%
• System Specification 10%
• Trajectory Control 20%
• Unique Capabilities 10%

Engineering

• Actuation System 20%
• Compression Ratio 10%
• Control Strategy 10%
• Design Parameter 20%
• Dynamic Models 20%
• Experimental Result 10%
• Motion Control 10%
• Operating Parameter 10%
• Rapid Compression 100%
• Reference Trajectory 10%
• Repeatability 10%
• Speed Operation 10%
• Systems Performance 10%