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Development of a combined mean value-zero dimensional model and application for a large marine four-stroke diesel engine simulation Francesco Baldi , Gerasimos Theotokatos , Karin Andersson. Aerodynamic and thermal characterization of turbocharger turbines: experimental and computational evaluation Alessandro Romagnoli.

The influence of engine speed and load on the heat transfer between gases and in-cylinder walls at fired and motored conditions of an IDI diesel engine Ali Sanli , Ahmet Necati Ozsezen , Ibrahim Kilicaslan , Mustafa Canakci.

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Control-oriented turbine power model for a variable-geometry turbocharger: Tao Zeng , Guoming George Zhu. Investigation of the effects of flow conditions at rotor inlet on mixed flow turbine performance for automotive applications Richard Morrison , Stephen Spence , Sung In Kim , Dietmar Filsinger , Thomas S. Air induction noise investigation during turbocharger surge events in petrol engines Ajith V. Computational investigation of a large containership propulsion engine operation at slow steaming conditions Cong Guan , Gerasimos Theotokatos , Peilin Zhou , Hui Chen.

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Article Preview. Add to Cart. Applied Mechanics and Materials Volumes Main Theme:. Edited by:.

Massachusetts Institute of Technology

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Paper Title Pages. Authors: B. Tesfa, R. Abstract: Various research groups across the globe have developed models for engine condition monitoring and fault diagnosis based on the data from steady state performance measurements over the last two decade.

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However, these performance data are not amenable for easy collection in some situations and some of the data may show little performance deviation at the steady state conditions of operation. The aim of this study is to identify engine operating conditions and parameters that can be used to develop a diagnostic tool for internal combustion CI engine running on biodiesel blends fuel. Ricardo Wave Software was used to stimulate healthy and degraded engine.

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The measurable performance parameters such as brake power, brake torque and exhaust temperature and CO emission have been used to compare the deviations during steady and transient condition. From the comparison of the data obtained from transient and steady state simulation of the engine with and without injector fault, it can be concluded that the transient parameters show higher deviations and hence are better suited for condition monitoring and diagnostic modelling in engine working speed.

Technical Paper

Research on Transmitting Efficiency of Supercharged Device. Abstract: In recent years, the internal combustion engine has been widely used through technological advances to improve its environmental performance. Mechanical and electrical integration of the engine turbocharging system is based on conventional turbocharging system to increase motor in parallel with the turbocharger and the corresponding reversible energy storage components, so that achieve by adjusting the energy input or output direction and the size of the motor to adjust the exhaust turbocharger operating point and the gas supply function.

According to matching requirements of light vehicle diesel engine, the analysis model of exhaust gas energy is obtained through qualitative analysis of exhaust gas energy in turbocharged diesel engine. The model could simulate engine speed, torque, dynamic load, electronic throttle, turbo, temperature and emission conditions.

Simulation results indicate that it acquires good balance between Real-time response and dynamic accuracy, besides good comprehensive running status parameters including dynamic, mechanic, thermo and combustion. The model made it possible for electronic engineers to begin their works earlier to find solutions for power loss, high working temperature of CNG engine with more flexibility and lower bench test expense. Abstract: The paper introduces the working principle of the sequential turbo-charging STC system of multi-turbocharger.

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To improve low-load performance and operating economy of the V12 diesel engine, a STC system of multi-turbocharger for the diesel engine was designed. Theoretical calculation and experimental research was done on this improved marine diesel engine. Then, a 3-phase STC system is presented by analyzing and comparing the test result and the switching boundary of this system is confirmed. The test results show that the low-load performance is improved obviously by use of multi-turbocharger STC system.