|
| Model | Key characteristics | Main fields of application |
|
| GW model (Greenwood and Williamson) | Considering the spherical asperities | The elastic contact based on Hertz theory |
|
| CEB model (Chang, Etsion, and Bogy) | Considering plastic effects | The elastic- and fully-plastic zones in rough surface contact |
|
| ZMC model (Zhao, Maietta, and Chang) | Evaluating the deformation of asperities | The elastic-plastic contact in rough surfaces |
|
| KE model (Kogut and Etsion) | FEM for elastic-plastic asperity deformations | The elastic-plastic contact in rough surfaces (contact between asperity and a flat surface) |
|
| Etsion model | FE model to examine the dependence of load to deformation and force | The elastic- and perfect-plastic contact in rough surfaces |
|
| JG model (Jackson and Green) | Considering the effects of hardness using the FE method | The elastic-plastic contact in rough surfaces (contact between asperity and a flat surface) |
|
| AF model (Abdo and Farhang) | Considering shoulder-to-shoulder asperity contact | The elastic-plastic contact in rough surfaces |
|
| Gao model (Gao et al.) | Considering the lateral contact, effects of adjacent asperities, and distribution of contact angles | The elastic-plastic contact in rough surfaces |
|
| Present model or AT model (Amini and Tehrani) | Considering the lateral contact, effects of adjacent asperities, distribution of contact angles, slip-stick effects, and multiasperities contact | The elastic-plastic contact in rough surfaces |
|
