How to kill vibrations of Vehicles thru’ the Best Power-train Mounting ?

How to kill vibrations of Vehicles thru’ the Best Power-train Mounting ?

MILIND AMBARDEKAR

Consultant

COMPLETED

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Intermediate course for learners

Why enroll

If you are an engineer or automotive professional seeking to master vibration control in powertrain mounting, this course is for you.

You will gain practical insights into designing robust yet refined mounting solutions that balance NVH and durability. With real-world case studies and best practices, you’ll learn how to enhance ride comfort, improve component longevity, and solve complex vibration issues in modern vehicles.

Whether you're working with IC engines or electric motors, this course equips you with the essential knowledge to create quieter and smoother-performing vehicles.

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Course details

Understand the science and engineering behind designing effective powertrain mounting systems to minimize vehicle vibrations and enhance their NVH performance.

This course explores the critical role of powertrain mounting in controlling vibrations in both IC engine and electric vehicles. Topics include vibration isolation, damping, stiffness tuning, and optimization techniques using MBD analysis. Special considerations for electric motor mounting, conflicting durability vs. NVH requirements, and advancements like hydro-mounts and Active-mounts will also be covered.

Course suitable for

Automotive
Mechanics & Turbomachinery
Mechanical
Noise & Vibration

Key topics covered

1. Design requirements of mounting of IC engine or electric motor on vehicle chassis

2. Vibration Isolation, Damping, Stiffness control and Excitation forces of vibrations in ICE and EVs

3. Modal Separation, CAE-MBD analysis , Optimization

4. Conflicting requirements of Vehicle Durability and NVH; novel design of rubber mounts

5. Electric Motor-mounting – special consideration over a wide frequency range

6. Advanced Systems : Hydra-mounts, Active Mounts, non-linear ones

Training details

This is a live course that has a scheduled start date.

Live session

February 18, 2025 | 02:30 PM

2 Hours every day

1 Days

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COMPLETED

February 18, 2025