The Cummins advanced turbocompound diesel engine evaluation
John L. Hoehne, Jürgen Werner
Abstract
John L. Hoehne, Jürgen Werner
Abstract
An advanced turbocompound diesel engine program was initiated to improve the tank mileage of the turbocompound engine by 5% over the vehicle test engines. Engine improvements could be realized by increasing the available energy of the exhaust gas at the turbine inlet, incorporating gas turbine techniques into improving the turbomachinery efficiencies, and through refined engine system optimization. The individual and cumulative performance gains achieved with the advanced turbocompound engine improvements are presented.
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An advanced turbocompound diesel engine program was initiated to improve the tank mileage of the turbocompound engine by 5% over the vehicle test engines. Engine improvements could be realized by increasing the available energy of the exhaust gas at the turbine inlet, incorporating gas turbine techniques into improving the turbomachinery efficiencies, and through refined engine system optimization. The individual and cumulative performance gains achieved with the advanced turbocompound engine improvements are presented.
Key concepts: Automotive engineering, Diesel engine, Turbomachinery, Naturally aspirated engine, Turbine, Gas turbines, Engineering, Exhaust gas recirculation