Vector de Control para pruebas automatizadas de hielo y sistema de diagnóstico.

Lenar A. Galiullin; Rustam A. Valiev.

Lenar A. Galiullin
Rustam A. Valiev.

Palabras clave: Motor, Diagnóstico, Prueba, Red Neuronal, Lógica Difusa

Resumen

En la sociedad moderna, los problemas de ahorro de combustible y recursos energéticos se agudizan. El transporte por carretera cada vez es más caro y uno de las mayores fuentes de contaminación. La moderna construcción de automóviles está en camino de mejorar el rendimiento económico, ambiental y operativo de los motores. Esto se debe principalmente al uso de sistemas de modernos sistemas de control electrónico. En el proceso de operación y uso se producen un deterioro de sus indicadores de eficiencia. En este sentido, para mantener el motor en buen estado e identificar oportunamente las desviaciones en los parámetros que conducen a un deterioro de su desempeño el sistema de pruebas ICE, es líder su por validez científica y excelencia.

Citas

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Galiullin, L.A, (2016). Development of Automated Test System for Diesel Engines Based on Fuzzy Logic; 2016 2ND International Conference on Industrial Engineering, Applications and Manufacturing (ICIEAM).

Galiullin, L.A; Valiev, R. A. (2017). Mathematical Modelling of Diesel Engine Testing and Diagnostic Regimes; Turkish Online Journal of Design Art and Communication, vol. 7, pp. 1864-1871.

Galiullin, L.A; Valiev, R.A, (2016). Automation of Diesel Engine Test Procedure; 2016, 2ND International Conference on Industrial Engineering, Applications and Manufacturing (ICIEAM),

Galiullin, L.A; Valiev, R.A, (2017). Diagnosis System of Internal Combustion Engine Development; Revista Publicando, 4 No 13(2), pp. 128-137.

Galiullin, L.A; Valiev, R.A, (2017). Diagnostics Technological Process Modeling for Internal Combustion Engines; 2017 International Conference on Industrial Engineering, Applications And Manufacturing (ICIEAM).

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