DOI: 10.4995/thesis/10251/31208
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Metodología para la parametrización en tiempo real del proceso de combustión en MCIA.

Abstract: ResumenEl trabajo desarrollado en la presente tesis doctoral está encaminado al desarrollo de metodologías para la parametrización en tiempo real del proceso de combustión en motores Diésel de inyección directa. Para ello, se dispone del conocimiento previo sobre adquisición de señal de presión y diagnóstico de la combustión mediante el modelado termodinámico existente en el grupo de trabajo en que se ha desarrollado.El trabajo se ha orientado, por un lado, a definir y poner a punto la herramienta necesaria pa… Show more

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“…There are several mass and volumetric flow measurement systems, which vary depending on the physical principle of operation; for applications where the mass flows are low, as is the case with the test and research banks, meters such as the Coriolis type are more commonly used [11]. In the latter, the measurement of the quantity of mass supplied in a time interval is made [12][13]. Also, this alternative measurement is relatively inexpensive but does not mean that it is less precise, in fact, this method is internationally recognized according to the API MPMS (American Petroleum Institute -Manual of Petroleum Measurement Standard) as the primary reference standard for calibrating large-scale mass flow meters [14].…”
Section: Introductionmentioning
confidence: 99%
“…There are several mass and volumetric flow measurement systems, which vary depending on the physical principle of operation; for applications where the mass flows are low, as is the case with the test and research banks, meters such as the Coriolis type are more commonly used [11]. In the latter, the measurement of the quantity of mass supplied in a time interval is made [12][13]. Also, this alternative measurement is relatively inexpensive but does not mean that it is less precise, in fact, this method is internationally recognized according to the API MPMS (American Petroleum Institute -Manual of Petroleum Measurement Standard) as the primary reference standard for calibrating large-scale mass flow meters [14].…”
Section: Introductionmentioning
confidence: 99%