Automotive vehicle engine mount based on an MR squeeze-mode damper: modeling and simulation

Vehicle Interior Vibration Simulation-a Tool for Engine Mount Optimization

By new advancements in vehicle manufacturing vehicle quality evaluation and assurance has become a more critical issue. In present work, the vibration transfer path analysis and vibration path ranking of a car interior has been performed. The method is similar to classical multilevel TPA methods but has distinct differences. The method is named VIVS which stands for Vehicle Interior Vibratio...

vehicle interior vibration simulation-a tool for engine mount optimization

by new advancements in vehicle manufacturing vehicle quality evaluation and assurance has become a more critical issue. in present work, the vibration transfer path analysis and vibration path ranking of a car interior has been performed. the method is similar to classical multilevel tpa methods but has distinct differences. the method is named vivs which stands for vehicle interior vibration s...

Simulation of the Dynamic Behavior of the Magneto-rheological Engine Mount for Automotive Applications

Design Optimization of Automotive Engine Mount System

The highly competitive automotive business industry requires manufacturers to pay more attention to passenger comfort and riding quality. This has forced designers to direct their attention to the development of high quality engine mountings. The energy absorption characteristics of the engine mount are mainly influenced by two variables, the material and the design. In real world automotive ma...

Vehicle simulation on an engine test bed

The race for engine consumption and pollutant emission reduction requires engines development time reduction and optimisation. These problems bring engine test bed to become measuring systems more and more powerful and versatile. This test bed functionalities enrichment drives automation system evolutions. One of these is the integration of real time simulation execution in MORPHEE 2 which make...