196 Introduction to Homogenization of Composite Materials Problem 11.3 The formulation in this chapter has been based on what are called dilute com- posite systems,i.e.a single inclusion is embedded within an infinite matrix. In this case,the inclusion volume fraction is less than a few percent.Consider non-dilute systems where the inclusion volume fraction is much higher with many inclusions.What modifications to the equations of the Eshelby method are needed to formulate the theory for non-dilute systems.196 Introduction to Homogenization of Composite Materials Problem 11.3 The formulation in this chapter has been based on what are called dilute com￾posite systems, i.e. a single inclusion is embedded within an infinite matrix. In this case, the inclusion volume fraction is less than a few percent. Consider non-dilute systems where the inclusion volume fraction is much higher with many inclusions. What modifications to the equations of the Eshelby method are needed to formulate the theory for non-dilute systems