Full vehicle NVH represents the most sophisticated form of NVH analysis, with many important benefits.
Simulation of real-world events:
| • | Loadcases directly simulate customer usage experience |
| • | Problems related to specific loadcase/response are identified |
| • | Clear understanding of cost and benefit |
| • | Can be used to drive physical prototype development |
Physical root cause understanding:
| • | Clearly identified source-path-receiver |
| • | Most effective solutions often come from source reduction |
| • | Understanding of noise/vibration energy transfer paths |
| • | Most sensitive parts and cost effective solutions can be identified |
| • | CAE model can be validated through trend prediction |
| • | Force distribution for subsystem level analysis and optimization can be generated |
Ability to apply the entire NVH tool set:
| • | Effective problem resolution requires using the right tools |
| • | Low frequency – modal alignment and contribution analysis |
| • | Mid frequency – transfer path, point mobility and panel analysis |
| • | Mass damper and tuned mass dampers |
| • | Mastic or beads on panels |
See Also:
NVH Application
