John Peddieson and Ali J. Chamkha Pages 117 - 123 ( 7 )
Background: Nanoparticle aggregation affects nanofluid thermal conductivity. Objective: Several aspects of aggregation modeling pertinent to nanofluid thermal conductivity estimation are to be discussed.
Method: Mathematical analysis is performed using the macroscopic aggregation equations. Results: Some plausable types of models are identified and their positive and negative features evaluated. A number of explicit solutions relevant to nanofluid thermal conductivity modeling are presented.
Conclusion: Modeling techniques of varying levels of sophistication exist which should be further pursued and evaluated.
Nanofluid, aggregation, modeling, thermal conductivity, evolution equation, fragmentation.
Department of Mechanical Engineering, College of Engineering, Tennessee Tech University, Cookeville, Tennessee, USA.