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Innovative Dynamically Configurable Valve Control System for Internal Combustion Engines

This project, developed by the Electronic Valve Control Team at the University of Utah, focuses on creating a dynamically configurable valve actuation system for internal combustion engines. The design aims to improve power output, fuel efficiency, and emissions reduction while maintaining affordability. Key elements include a control system to optimize valve timing across various engine speeds and loads. Our cutting-edge technology not only enhances performance but also meets consumer demands for longevity and efficiency, making it a pivotal advancement in automotive engineering.

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Innovative Dynamically Configurable Valve Control System for Internal Combustion Engines

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  1. Electronic ValveControl Team ME 4000 Fall 2006 Department of Mechanical EngineeringCollege of Engineering, University of Utah , Salt Lake City, UT Advisor: Dr Sanford Meek meek@mech.utah.edu Team: Philip Rawlings revthrashin@yahoo.com Ben Marble bspunkie@excite.com Seth Grant asethgrant@hotmail.com Cory Coston cory.p.coston@gmail.com

  2. Introduction • Overview • Problem Definition • Customer Requirements • Coolness Factor • Design Focus • Purchasing Requirements

  3. Overview • How Valves are Controlled Today • The Lift and Duration Compromise www.honda-engines-eu.com eurosporthighperformance.com

  4. Problem Definition • Design a Dynamically Configurable Valve Actuation System for a Simple Internal Combustion Engine • Design a Control System to Optimize Valve Timing and Duration for Most Every Engine Speed and Loading

  5. Customer Requirements • More Power • Fuel Efficiency • Lowered Emissions • Quiet Noise Level • Long Product Life • Affordable Cost co-opliving.com

  6. Coolness Factor • Fuel Efficient for Cruising • Maximum Power on Demand • Lower Emissions for Green Factor • Cutting Edge Technology • Automotive Experience for EVCT Members

  7. Design Focus • The Interface of the Power Source to the Valve for Actuation • Control System Sensing & Feedback Programming

  8. Purchasing Requirements • Motors or Solenoids for Valve Actuation • Sensors for Feedback • Software Drivers • Honda OHV Engine • Raw Material to Machine Parts www.honda-engines-eu.com

  9. Summary • Design a Electronically Controlled Valve System • Consumers Expect More • Programmable Valve Systems are Cool • Design Focus on Actuator and Control System • Purchased Materials

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