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Desarrollo de un sistema de combustión de gasolina de alto rendimiento basado en un aislamiento innovador de la cámara de combustión y ciclo Miller

Resumen

Tipo:
Oferta Tecnológica
Referencia:
TODE20170210001
Publicado:
13/02/2017
Caducidad:
13/02/2018
Resumen:
Un consorcio formado por institutos alemanes y la industria de automoción va a solicitar financiación nacional para un proyecto con el fin de desarrollar un revestimiento innovador que permita aumentar el rendimiento térmico de motores de gasolina. El proyecto incluye la combinación de simulación de dinámica de fluidos computacional y las pruebas necesarias para identificar las características óptimas de transferencia de calor, que servirán para desarrollar el revestimiento de la cámara de combustión hecha a medida. El consorcio busca pymes interesadas en establecer acuerdos de cooperación técnica para participar en las reuniones del grupo de trabajo y beneficiarse de los resultados del proyecto.

Details

Tittle:
Development of a highly efficient gasoline combustion system using innovative combustion chamber insulation and Miller-cycle
Summary:
A consortium of German institutes and automobile industry is applying for a nationally funded project that deals with an innovative coating to increase the thermal efficiency of gasoline engines. It will combine detailed simulation and testing to identify the optimum wall heat transfer characteristics, which will then be input for a tailor-made combustion chamber coating. SMEs are sought for technical co-operation to participate in working group meetings and benefit from the project results.
Description:
An interdisciplinary consortium of three institutes at two German universities and partners from the automobile industry and its suppliers applies for a nationally funded project that deals with innovative combustion chamber insulation in combination with a Miller-cycle combustion system to increase the thermal efficiency of the gasoline combustion process. It is intended to combine detailed 3D CFD (computational fluid dynamics) simulation of the heat transfer and in-cylinder flow with 1D engine process simulation and 0D-vehicle simulation to identify the optimum wall heat transfer characteristics for best thermal efficiency in a broad engine map area. These findings will then be the input for the development of a tailor-made combustion chamber insulation coating. Finally, the effect of the new coating in combination with the optimized Miller-combustion system will be validated on a single cylinder research engine. A consortium of automobile industry and its suppliers will accompany the 30 months project. Small and Medium-sized Enterprises are sought to participate in bi-annual working group meetings and benefit from the project´s results within a technical cooperation.

The SME partners may come from any country. The project addresses SMEs from automotive-related and coating industry. They will not be formal partners in the research project but they will have access to the information, project progress and to the results and can contribute their ideas in the meetings. The meetings will be held in English language. The partners should confirm their commitment via a letter of interest.

The letter of interest should be sent by 1 April.
Advantages and Innovations:
· Completely new coating and combustion system development
· Interdisciplinary research
· Holistic approach:
o impact on overall-efficiency is considered from the beginning
o early identification of negative cross-effects like knocking or pre-ignition
o feasibility of coating technologies vs. heat transfer requirements
o from fundamental simulation to validation on single cylinder research engine
· sophisticated simulative and experimental tools
· Close co-operation between universities and industry
· High reputation and visibility
Stage of Development:
Concept stage
IPs:
Secret Know-how

Partner sought

Type and Role of Partner Sought:
Type: Small and medium-sized enterprises

Area of activity of partner:
Automotive industry, mobile propulsion, combustion engines, 1D/3D process simulation, (combustion chamber ) coating technology

Tasks to be performed:
They should be interested in latest research and development and technology and know-how transfer and confirm this via a letter of interest.
The partners are expected to participate in bi-annual working group meetings.

The SMEs will not receive funding but they will have access to the information, project progress and to the results and can contribute their ideas in the meetings.

The letter of interest should be sent by 1 April 2017.

Client

Type and Size of Client:
University
Already Engaged in Trans-National Cooperation:
Si
Languages Spoken:
English
German

Keywords

Technology Keywords:
04008001 Combustión, llamas
02009012 Ingeniería de automoción
02002002 Recubrimientos
01003016 Simulaciones
04008002 Tecnología de motores y combustibles