Dynamic responses assessment in fault diagnosis of multi-function active engine mounts with cooling capacities

Authors

1 Ph.D. Student, Mech. Eng., Ferdowsi Univ. of Mashhad, Mashhad, Iran.

2 Assoc. Prof., Mech. Eng., Ferdowsi Univ. of Mashhad, Mashhad, Iran.

Abstract

Engine mount is one of the most significant joints in vibration isolation in diverse vehicles which reduces the effects of two important sources of vibration (i.e. road and engine) with extremely different features in frequencies and domain. Nowadays, most of vehicles companies are considering to new engine mount with adoption control methods due to their tendency to the light vehicles with minimum noise and vibration. Electro-magnetic engine mounts are among these active mounts which considered in the recent years.
Vibration analysis is one of important techniques in fault detection and condition monitoring. Due to this fact, in this study with application of dynamic responses and frequencies responses diagram, significant results in fault detection in electro-magnetic active engine mount system, it's life-time increase, and repairing cost decline, will obtain. In order to achieve these purposes, after introduction of the engine mount structure and system modeling, different faults especially those caused by thermal and corrosion interactions have been introduced. Finally, qualitative and quantitative states of both separate and combined fault diagnosis systems will be presented. According to these tables, six separate faults and three combined ones will identified.

Keywords

Main Subjects

References

[1]  Mehrkish A, Tahani M, Zare S (2014) Introducing a novel active multi-chamber engine mount with self-cooling capability with an estimation of vibrational parameters. Indian J Sci Res 744-751.
[2]  Gholami M. S (2008) linear and non-linear modelling of HEM with Simulink. Sixth International Conference on Internal Combustion, Engines & Oil, Tehran, Iran. (in Persian(
[3]  Feyzi T, Esfahanian M, Tikani R, Ziaei-Rad S (2011) Simulation of the dynamic behavior of the magnetorheological engine mount for automotive applications. Int J Automot Eng 1: 258-268.
[4]  Mansour H, Aezanpour S, Golnaraghi F (2012) Design of a solenoid valve based active engine mount. J Vib Control 1221-1232.
[5]  Hosseini AM, Aezanpour S, Golnaraghi F, Parameswaran AM (2013) Solenoid actuator design and modeling with application in engine vibration isolators. J Vib Control 19(7): 1015-1023.
[6]  Lee D, et al. (2012) Electromagnetic active engine mount with apparatus. US Patent No. 8100388.
[7]  Mehrkish A, Tahani M (2014) Side effects of cooling on a new type of multi chamber active engine mount with cooling function. Journal of Engine Research, IPCO. (in Persian(
[8]  Alkhatib F (2013) Techniques for Engine Mount Modeling and Optimization, PhD. Thesis, University of Wisconsin-Milwaukee, United States.
[9]  Tikani R, Ziaei-Rad S, Vahdati N, Heydari S (2015) Design and modeling of an active hydraulic engine mount using  FXLM Salgorithm for automotive applications. Modares Mechanical Engineering 15(1): 59-66. (In Persian(
[10] Sariman MZ, Hafiz Harun M, Mat Yamin AK, Ahmad F, Yunos MR (2015) Magnetorheological fluid engine mounts: a review on structure design of semi active engine mounting. Int J Mater 2.
[11] Elahinia M, Ciocanel C, Nguyen TM, Wang S (2013) MR- and ER-Based semiactive engine mounts: A review. Smart Mater Res 2013.
[12] Mehrkish A (2013) Vibrational – thermal Analysis and modeling of a new type of multi chamber active engine mount with cooling function, Msc. Thesis, Ferdowsi University of Mashhad, Mashhad, Iran. (in Persian(
[13] Behzad M, et al. (2000)  Monitoring and fault detection in driving machine by vibration analysis. Second Iranian Marine National Conference, Iran.
[14] Mansour H (2010) Design and development of active and semi-active engine mount. Msc. Thesis, Sharif University of Technology, Mashhad, Iran.
Journal of Solid and Fluid Mechanics
Volume 9, Issue 3
October 2019
Pages 1-12

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