|
| Type | Fields of application | Advantages | Drawbacks |
|
| ECD | Aerospace, civil engineering, precision instrumentation, robotics, and automotive | Contactless damping, best specific damping coefficient, cleanness, temperature resistant | Magnetic contamination and heat generation |
| EMSD | Microvibration and low-frequency energy harvesting | Dissipation transportable and energy harvesting | Performance restricted to resonance frequency |
| MNSD | Precision manufacturing, optical and scientific instrumentation, vehicles seat, and rotary machinery | Reduced resonance frequency, enhancement of damping at higher frequencies, and easy manufactory, reliability | No direct damping capacity |
| PMRD | Automotive elements like dampers, clutches, or brakes | High specific damping coefficient | Oil contamination |
|
| Type | Characteristic parameters | Development level | |
|
| ECD | Damping coefficient from 1 to 35000 Ns/m; specific damping coefficient between 1000 and 2000 Ns/m·kg | Commercialized products | |
| EMSD | Damping coefficient from 1 to 10000 Ns/m; energy harvesting density from 0.1 to 10 mW/cm3 | Laboratory demonstrator | |
| MNSD | Reduced resonance frequency up to ten times | Laboratory demonstrator | |
| PMRD | Damping coefficient from 1 to 50000 Ns/m; specific damping coefficient between 10000 and 20000 Ns/m·kg | Laboratory demonstrator | |
|
