Research Groups and Centers  (18)

See also:

• Business: Automotive: Parts and Accessories: Engine  (143)
• Business: Industrial Goods and Services: Industrial Supply: Generators  (168)
• Business: Transportation and Logistics: Maritime: Equipment and Supplies: Engines and Propulsion Systems  (60)
• Science: Technology: Mechanical Engineering: Propulsion  (48)

• ASME: Internal Combustion Engine (ICE) Division - Encourages research, development and data exchange among its members. Includes events, publications, codes and standards, and contact information.
• Auto Math Calculations - Features technical articles and several calculation tools for evaluating the thermodynamic efficiency of engines.
• Carbuinyector - Provides information on a new automotive technology that could help to lower emissions from an internal combustion engine and increase fuel efficiency.
• Carnot Cycle - Explains the basics of the Carnot cycle. Includes thermodynamic diagrams and theorems.
• Concept Engine - Describes different engine design concepts, sorted by nation, as well as some support systems. Addresses efficiency and performance, insights, characteristics, with pictures and animations.
• CSU Engine Web Pages - Thermodynamics, heat transfer and fluid mechanics in internal combustion engines. Applets are used to perform simple calculations. Developed at Colorado State University.
• Four Stroke Internal Combustion Engine - Explains the strokes of internal combustion engines using animations from the Glenn Research Center.
• HowStuffWorks: How Automobile Ignition Systems Work - Explains the basics of ignition systems in Otto cycle engine. Includes technical animations and drawings.
• HowStuffWorks: How Car Engines Work - Explains the basics of Otto cycle engines. Include technical drawings and animations.
• HowStuffWorks: How Does a Miller Cycle Engine Work - Explains the technical and historical background of the Miller cycle.
• Hydrodrive - UK based firm offering to install a suplementry hydrogen fuel cell to vehicles in order to save fuel and cut emmissions by up to 95 percent. Includes information on the technologies involved.
• Hydrogen Developed Technology Inc. - Provides information on hydrogen generators that save fuel, increase MPG, reduce emissions, and increase power and torque by injecting hydrogen into the combustion chamber of internal combustion engines.
• Improve MPG: The Factors Affecting Fuel Economy - Presents a methodology to assess engine's performance as well as one's own driving habits to improve driving efficiency.
• Kruse Limited Temperature Cycle - Describes an innovative thermodynamic engine cycle which limits peak combustion temperature in direct injection petrol, gasoline and diesel engines. Includes engine cycle overview and description, references, diagrams and patents.
• Wikipedia: Carnot Heat Engine - Free encyclopedia article explaining the Carnot cycle, with emphasis on engines.
• Wikipedia: Internal Combustion Engine - Free encyclopedia article covers internal combustion engine technology and applications. Addresses operation modes, thermodynamic cycle and efficiency, fuel types, support systems and parts.

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