I don't have an answer to that, so my solution is don't ever become big.
The validation of the solution is done by modeling a layer of film as an inhomogeneity and comparing the present solution with the analytic solution for elastic indentation of thin films.
Also, the creep analysis (nodal solution) is done by FEM to predict the possible creep rupture, in which, debonding at the interface of the matrix and fiber may happen due to the maximum tensile axial stress values at the interface.
When the solution is done cooling, it becomes super-cooled; that is, it has gone below its freezing temperature without actually freezing into a solid.
The model discretizaion, controller set-up, receding horizon and solution are done automatically.
Standardization of the stock solution was done using a standard solution of sodium thiosulphate (Na2S2O3).
Preparation of the BTX-A solution was done under the manufacturer's guidelines.
Mechanical mixing of the solution was done at 150 rpm for 2 h and 25 °C.
A centrifugation from the homogenized solution was done to each sample at 3500 rpm for half an hour.
