Road Load Identification and Accelerated Life Testing of Engine Mounts

Öztürk, Umud Esat; Ucar, Lutfi

doi:10.1007/s40799-017-0173-6

Cited by 4 publications

References 12 publications

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Research on Test Method and Sensor of Engine Mount Transmission Force

Wang

Ren³

2021

J. Phys.: Conf. Ser.

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The engine mount transmission force can be used as an important basis to evaluate the vibration isolation performance of the engine mounting system. However, there is a lack of testing equipment and methods for the transmission force. The force sensor and the test method of the transmission force is studied. The finite element model of the mounting element is established to analyze the arrangement position of the sensor. The force sensor is developed based on the resistance strain gauge. The sensor is arranged in the middle of the intermediate bolt. The test system of mount transmission force is established at the same time. The driving force of driving wheel is obtained through the chassis dynamometer test. The force sensor is calibrated base on the test data. The results of mounting transmission force are obtained through the vehicle road test.

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Research on Test Method and Sensor of Engine Mount Transmission Force

Wang

Ren³

2021

J. Phys.: Conf. Ser.

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Study on Test and Evaluation of Engine Mounting System Based on Transmission Force

Wang

Liang³

2021

J. Phys.: Conf. Ser.

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The vibration isolation performance of the engine mounting system can be evaluated by the transmission force. The transmission force characteristics of engine mounting system are analyzed by simulation and test. The 6-DOF model of engine mounting system is established by ADAMS software. The results of modal parameters and transmission force of engine mounting system are obtained by simulation. The force sensor is made with resistance strain gauge. The sensor is calibrated by chassis dynamometer method. The transmission force of the engine mounting system is tested under the complete vehicle condition. The test results of transmission force and acceleration transmissibility are compared. It is proved that the transmission force is more suitable to evaluate the vibration isolation performance of the mounting system when the vehicle is running at medium and high speed.

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Redundant Parallel Beam Multiaxis Force Sensor—Accuracy Space

Yao

Xing

2022

IEEE Sensors J.

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Road Load Identification and Accelerated Life Testing of Engine Mounts

Cited by 4 publications

References 12 publications

Research on Test Method and Sensor of Engine Mount Transmission Force

Research on Test Method and Sensor of Engine Mount Transmission Force

Study on Test and Evaluation of Engine Mounting System Based on Transmission Force

Redundant Parallel Beam Multiaxis Force Sensor—Accuracy Space

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