Adhesion
- Adhesion from thermodynamic point of view, surface energy, work of adhesion, models predicting surface energy and interfacial tension such as Wu, Owens/wendt, Neuman, Zissman, Van Oss
- Adhesion from mechanical interlocking, effect of roughness and fractal geometry, challenges in lock-key model
- Adhesion from diffustion point of view, solubility parameter in adhesion, differernt approaches and models, challenges
- Adhesion from chemical bonding theory, chemisorption, coupling agents, challenges
- Quantification of adhesion and instruments, long and short term adhesion
- Definition of adhesion, introduction,
- classification of different mechanisms in adhesion, surface chemistry and adhesion
- adhesion from electrostatic point of view, , Derjaguin model. role of DLVO theory
- Adhesion from weak boundary layer theory., challenges, Bickerman approach
- Adhesion from rheological point of view, mechanical properties related to adhesion, effects of ageing and environment, adhesion strength, role of dissipation and loss function in adhesion